Prepared by:

Joseph L. Snelson, Jr CPBE

Meintel, Sgrignoli, & Wallace, LLC1282 Smallwood Drive

Suite 372Waldorf, Maryland 20603

(202) 251-7589

Report forGRAY TELEVISION LICENSEE, LLC

KNCT, Channel 17Belton, TX

Regarding the impact that the relocation of KNCT transmission facilities might have on Land Mobile

Operations using TV Channel 16 in Dallas, TXRev. 01

April 15, 2019

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INTRODUCTION and BACKGROUND

This report has been prepared for Gray Television Licensee, LLC, regarding television station KNCT, licensed to Belton, TX. It is proposed to relocate KNCT approximately 48 km to the northeast from its current licensed location. KNCT has been repacked from channel 46 to channel 17 as part on the FCC's Incentive Auction Program. Relocating KNCT to the proposed site will place it 6 km inside the 176 km channel 16 Land Mobile ("LM") protected contour for the Dallas, TX, area1. TV stations operating adjacent to this channel, and near the LM Operational Area, must maintain the 176 km separation or request a waiver from the FCC and demonstrate that LM facilities will not be adversely impacted.

MSW was retained to study the impact that the relocation of KNCT would have on current LM operations inside the Dallas, TX, LM area.

The study, therefore, focused on a circular area within the radius of 176 km and a centerpoint as defined in the FCC rules for Dallas, TX.2 There were 1,856 licensed LM facilities identified and studied.

NOTE: This study is a revision of the study dated December 21, 2018. There are three changes that have been incorporated into this study.

1. Consideration of LM receive antenna cross-polarization has been excluded.2. The actual transmitter pre-filter Out of Band Emissions response has been included.3. The source of the 80 dB receiver desensitization value has been provided.

Minor corrections were also made.

SCOPE OF STUDY AND METHODOLOGY

The scope of this LM study consisted of two parts. The first part was a general study of potential interference caused by Out of Band Emissions ("OOBE") from the television station (KNCT) into LM operations that could be in the adjacent band to that of the television station at a frequency below the channel 17 band edge.

The study also analyzed the potential of LM receiver desensitization due to the close proximity of the television station operating at a power level significantly higher than that of LM stations. This power disparity can potentially result in the desensitization ("overload") of the LM receiver.

For both parts, potential fixed and mobile LM operations were considered. The parameters used for the television station are found in Table 1 and the generic parameters used for both fixed and mobile LM operations are found in Tables 2 and 3, respectively.

The interference study was performed using the Longley-Rice Irregular Terrain Model (“ITM”) to predict interference caused by OOBE from the television station into both fixed and mobile LM

1 See 47 C.F.R. § 73.623(e)2 See 47 C.F.R. § 73.623(e) table for the coordinates of the Dallas, TX, area for Land Mobile operations

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operations using the generic parameters. The study focused on a circular area with a radius of 176 km from a centerpoint with the coordinates of the Dallas, TX, LM Operational Area.

The circular area was divided into cells with a size of approximately 1 km per side. The assumed LM receiver location was considered to be at the geographic center of the cell. A path profile was created between the television transmitter site and the cell center followed by the ITM analysis.

The loss from the OOBE post-transmitter filter plus that of the transmitter pre-filter response, at the LM station frequency, was added to the calculated field strength along with the coupling factor which was calculated from the bandwidth of the LM station and the 500 kHz measurement bandwidth used for digital television stations. LM antenna gain and line loss was then added to obtain the effective field strength at the LM receiver input.

Overload calculations were performed by using the free space loss from the televisiontransmitter to the cell centerpoint. The received power level in the direction of the cell included any losses due to terrain, calculated antenna azimuth and elevation discrimination and coupling losses based on the bandwidth of the LM station and the 3dB half-power bandwidth of the television station. LM antenna gain and assumed transmission line loss for fixed base stations was also considered.

Tables 5 and 6 of this report show an example of interference and overload calculations. Land Use/Land Clutter losses were not considered for either interference or overload calculations in this study.

The second part of the study consisted of analyzing interference and overload into currently authorized LM facilities. A list of potentially impacted LM facilities was created from the FCC's Universal Licensing System ("ULS") database by searching for all active and licensed LM facilities within a culling distance of 176 km from the Dallas, TX, LM Operational Area. The area studied is shown in Appendix 1 along with all LM operations found operating below TV channel 17. In this study there were 1,856 LM facilities found on the lower adjacent channel (16) to KNCT that must be protected.

Interference and overload calculations were performed similar to the cell analysis described earlier except the authorized LM facilities (e.g. frequency, antenna height, etc.) were utilized. Other study parameters utilized in the individual studies, including ITM parameters, are shown in Table 4.

For authorized mobile and temporary fixed LM operations a study was conducted using a cell study similar to the general area study discussed earlier. A circular area was defined using the radius of operation for the mobile LM facility as authorized. If no radius was defined a default radius of 48 km was used. The centerpoint used was the coordinates of the LM operation as authorized. The circular area was divided into 1 km/side cells and calculations were made at the geographic center of each cell. A pass/fail determination was made for each cell for both interference and overload. After analyzing all cells within the circular area the number of failures

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was compared to the total number of cells analyzed. If the total number of failures was at or under 2% of the total area the amount of interference or overload was considered de minimis and the facility was considered to have passed. Reported interference and overload margins were determined by averaging the levels from the failed cells. See Appendices 2 and 3 for example maps of the interference study output for mobile facilities.

Most all LM operations use vertical antenna polarization. For a television station utilizing only horizontal polarization LM stations would typically experience further reduction of interference and/or overload by 15 to 20 dB. KNCT, however, is proposing the use of elliptical polarization and will transmit one-third of the horizontal plane ERP in the vertical. This results in a vertical plane ERP of 333 kW, which is 4.8 dB below that in the horizontal plane. As a conservative measure, antenna cross polarization discrimination was not used in this study and the full ERP in both planes was considered.

STUDY PARAMETERS

The parameters used in this study for the relocation of KNCT to the proposed transmitter site are shown in Table 1.

Table 1 - Parameters for television station KNCT at Proposed RelocationParameter Value

Analyzed Station KNCTFCC File Reference Number 0000064448Channel 17Frequency Range 488-494 MHzLatitude (NAD83) 31-19-19.2Longitude (NAD83) 97-19-03.0Height of Antenna Center of radiation (AMSL) 711.1 mERP (1000 kW-H, 333 kW-V) 1333 kWAntenna Mfg/Model DIE/TFU-28DSC/VP-R CT170Antenna Pattern Relative Field per Azimuth Bearing CalculatedPolarization Elliptical 33%Elevation Pattern RealElectrical Tilt 0.75 degreeAntenna Pattern Relative Field per Depression Angle CalculatedPost-transmitter Filter Type 8-Section

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Fixed and mobile LM study parameters are shown in Tables 2 and 3 below. These tables show the general parameters used for the cell study. For the individual studies to each LM location the authorized parameters were used.

Table 2 - Parameters for Fixed Location Land Mobile Stations

Table 3 - Parameters for Mobile or Fixed Temporary Land Mobile Stations

* Value assumed for cell analysis. Authorized parameters were utilized for individual LM station studies† This frequency is close to the channel 17 band edge and utilized for interference (OOBE) protection for the cell study§ For receiver overload, the lower TV channel 17 band edge (488 MHz) was used in the calculations‡ Ref. Motorola Interference Technical Appendix Issue 1.41 (February 2002), Receiver Desensi�za�on

Parameter ValueAntenna Type Omni-directionalFrequency §*† 487.7500 MHzBandwidth* 30 kHzHeight of Antenna Center of radiation (AGL)* 10.0 mPolarization* VReceive Antenna Gain* 11.0 dBdAntenna Pattern Relative Field per Azimuth Bearing 1.0Antenna Pattern Relative Field per Depression Angle 1.0Receive Line Loss 2.0 dBReceiver Noise Floor -120.0 dBReceiver Out of Band Rejection‡ 80.0 dB

Parameter ValueAntenna Type Omni-directionalFrequency §*† 487.7500 MHzBandwidth* 30 kHzHeight of Antenna Center of radiation (AGL)* 3.0 mPolarization* VReceive Antenna Gain* 0.0 dBdAntenna Pattern Relative Field per Azimuth Bearing 1.0Antenna Pattern Relative Field per Depression Angle 1.0Receive Line Loss 2.0 dBReceiver Noise Floor -120.0 dBReceiver Out of Band Rejection‡ 80.0 dB

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Table 4 shows the parameters used for the Irregular Terrain Model in conducting the KNCTOOBE field intensities inside the Dallas, TX, LM Operational Area. These parameters were also used for determining the signal strength of KNCT OOBE into each LM station.

Table 4 – Parameter settings utilized in Land Mobile Study

3 Individual mode used for LM station analysis, 3 – Broadcast mode used for cell analysis

Parameter ValueStudy Radius 176.0 kmStudy Centerpoint Latitude (NAD 83) 32-47-09.0 NStudy Centerpoint Longitude (NAD 83) 96-47-37.0 WCross Polarization Discrimination Factor (Not considered) 0.0 dBStudy cell size 1.0 km/sideStudy Path Distance Increment 0.1 kmTerrain Database 1 arc secondLocation Variability 50 %Time Variability 10 %Confidence 50 %Ground Permittivity 15.0Ground Conductivity 0.005 S/mSurface Refractivity 301.0 N-units PPMLongley-Rice Mode3 1 or 3Climate Code 5 Continental TemperateUtilize Land Use/Land Clutter in analysis FalseFCC interference criteria per Section 73.687(e)(4)(ii) 17.0 dBuV/mNumber of cells analyzed 97268Area analyzed 97283.86 sq kmArea predicted to receive field strength => 17.00 dBu 4471.73 sq kmArea predicted to exceed Overload margin 1758.29 sq km

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EXAMPLE CALCULATIONS

Tables 5 and 6 below are example calculations based on the closest fixed land mobile facility to KNCT.Freq Call Svc Svc DTV->LM DTV->LM Ant HAAT HAGL Gain BW IX Mgn OL Mgn ResultMhz Sign Code Cls Dist km Az deg Pol m m dB khz dB dB Status

483.0625 WPKU813 YG FB8 91.9 17.8 V -169.0 131.0 5.2 4.0 79.4 >20.0 Pass

Table 5 - Methodology for Predicting Interference into a Land Mobile receiver from KNCT

Table 6 - Methodology for Predicting Overload into a Land Mobile receiver from a DTV Station

† Only transmit antenna azimuth and elevation discrimination factors are considered** If analysis fails additional post-transmitter filtering would be required.

Parameter ValueFrequency of Land Mobile Facility 483.0625 MHzLongley-Rice Calculated TV Station Field Strength [F50,10] 98.9 dBuV/mPost-transmitter filter loss at the LM frequency 128.4 dBTransmi� ng and receiving antenna discrimina�on, combined† 15.1 dBDTV coupling into LM (4 kHz LM bandwidth) 21.0 dBCross-polarization discrimination 0.0 dBLM antenna gain 5.2 dBLM line loss 2.0 dBCalculated equivalent field strength per Section 73.687(e)(4)(ii) -62.4 dBuV/mFCC interference criteria per Section 73.687(e)(4)(ii) 17.0 dBuV/mMargin to interference 79.4 dBAnalysis result** Pass

Parameter ValueLower Band Edge Frequency of TV Station (Ch 17) 488 MHzTransmit ERP (ERP=1333 kW) 91.2 dbmFree Space Path Loss for dipole antenna at frequency and distance 121.2 dBTransmitting and receiving antenna discrimination† 15.1 dBDTV coupling into LM (4 kHz LM bandwidth) 31.3 dBCross-polarization discrimination 0.0 dBLM antenna gain 5.2 dBLM line loss 2.0 dBTerrain Loss 0.0 dBLM receiver out-of-band rejection 80.0 dBCalculated received DTV station interference power -153.1 dBmEstimated LM receiver noise floor -120.0 dBmMargin to overload interference 33.1 dBAnalysis result Pass

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DTV POST-TRANSMITTER FILTER

The LM study performed for KNCT included the use of an 8-Section post-transmitter filter. Below is the response of a typical 8-Section filter, added to the OOBE pre-filter response of the transmitter, and overlaid with the FCC mask.

18 MHz Total Response of the 8-Section Filter plus Transmitter

-160.00

-150.00

-140.00

-130.00

-120.00

-110.00

-100.00

-90.00

-80.00

-70.00

-60.00

-50.00

-40.00

-30.00

-20.00

-10.00

0.00

-9.00 -8.00 -7.00 -6.00 -5.00 -4.00 -3.00 -2.00 -1.00 0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00 9.00

Offset from TV Channel Center Frequency (MHz)

dB

FCC Mask

OOBE Response

Blue: 18 MHz Response of the 8-Section Filter plus Transmitter responseBlack: Approximate Full-Service Post-transmitter filter response

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Shown below is an expanded plot of the lower sideband response of a typical 8-Section post-transmitter filter, plus transmitter pre-filter response, as compared to the FCC mask.

Lower Sideband Response of an 8-Section Filter

-160.00

-150.00

-140.00

-130.00

-120.00

-110.00

-100.00

-90.00

-80.00

-70.00

-60.00

-50.00

-40.00

-9.00 -8.00 -7.00 -6.00 -5.00 -4.00 -3.00

Offset from TV Channel Center Frequency (MHz)

dB

FCC Mask

OOBE Response

Blue: Lower Sideband Response of an 8-Section Filter plus Transmitter pre-filter responseBlack: Approximate Full-Service Post-transmitter filter response

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ANALYSIS RESULTS

The relocated KNCT facility encroaches into the Dallas, TX, Land Mobile Operational Area by only 6 km.

The map in Appendix 1 shows the location of all LM facilities inside the protected contour of the Dallas, TX, LM Operational Area for TV channel 16.

Appendix 2 is a map showing the location of LM station WIM329. This station is a mobile facility with an operational area of 48 km from the authorized centerpoint. It was also calculated to have the lowest interference margin. Note, however, that the lowest margins are in the far southwest portion of the operational area. There is ample margin in the majority of the area and particularly towards the Dallas area.

Appendix 3 is a map of the showing the location of LM station WPMC359. Similar to WIM329 above, the map shows ample margin in the majority of the authorized operational area.

Appendix 4 is a list of the 1,856 licensed LM facilities studied and sorted by the lowest margins for interference and overload.

Table 7 below shows a high level summary of the results to current licensed LM stations.

Table 7 – Statistics from the Analysis of Current Licensed LM facilitiesItem Value Call Sign

Land Mobile Authorizations Found 188 -Locations Studied 1856 -Closest Frequency to Band Edge 487.9875 MHz WPMC359Closest Fixed Base Land Mobile Location 91.9 km WPKU813

Lowest IX Margin to Fixed Base 45.1 dB WIF431Stations Experiencing Interference 0 -Worst Overload Margin 23.9 dB WQKU809Stations Experiencing Overload 0 -

Lowest IX Margin to Mobile Operation 5.7 dB WIM329Stations Experiencing Interference 0Worst Overload Margin 17.5 WQKU809Stations Experiencing Overload 0

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CONCLUSION

MSW studied the predicted KNCT OOBE and signal overload into Land Mobile stations inside a 176 km radius circular area from a centerpoint of the Dallas, TX, LM Operational Area. Based on the results of the analysis the following conclusions were reached.

1. The relocated KNCT facility encroaches into the Dallas, TX, Land Mobile Operational Area by only 6 km.

2. KNCT will protect the LM operations operating on channels 16 with the use of an 8-Section post-transmitter filter.

3. No interference cases were identified into any of the authorized LM facilities.

4. No overload cases were identified into any of the authorized LM facilities.

Based on the results of the study performed, KNCT should adequately protect Land Mobile operations with the use of a solid-state transmitter and an 8-Section post-transmitter filter.Therefore, a waiver granting the relocation of KNCT with the operating parameters as proposed would be appropriate.

The study conducted by MSW is based on using the ITM prediction model. Real world propagation conditions, including errors and omissions in the FCC database, intermodulation products, etc. may affect the actual results in the field and are considered outside the control of MSW.

MSW stands ready to answer any questions that may arise about this report or the methodology utilized.

Prepared by,

Joseph L. Snelson, Jr. CPBEEmail: joe.snelson@mswdtv.comPhone: 702-610-9081

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APPENDIX 1Relocated KNCT, Channel 17, Belton, TX

LM Facilities inside Dallas, TX LM Area andPredicted Coverage Contour for KNCT

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APPENDIX 2Relocated KNCT, Channel 17, Belton, TX

Location and Operational Area for LM Station WIM329Cell Study for Interference

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APPENDIX 3Relocated KNCT, Channel 17, Belton, TX

Location and Operational Area for LM Station WPMC359Cell Study for Interference

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APPENDIX 41,856 LM Facilities, 482-488 MHz, Sorted by Lowest Margin

Overall Status: Passed

Freq Call Svc Svc DTV->LM DTV->LM Ant HAAT HAGL Gain

BW IX Mgn OL Mgn Result

Mhz Sign Code

Cls Dist km Az deg Pol m m dB khz dB dB Status

487.9125 WIM329 YG MO 138.8 14.4 V 20.0 5.7 >20.0 Pass487.9875 WPMC359 YG MO8 135.3 356.2 V 8.3 6.4 >20.0 Pass487.9875 WPMC359 YG FX1T 135.3 356.2 V 8.3 9.3 >20.0 Pass487.8625 WIL982 IG MO 138.8 14.4 V 11.0 11.1 >20.0 Pass487.8625 WPOV621 YG MO6 138.8 14.4 V 8.3 12.4 >20.0 Pass487.9125 WIM329 YG FX1T 138.8 14.4 V 7.6 13.0 >20.0 Pass487.9375 WQBY580 YG MO8 158.8 1.8 V 2.0 11.2 13.3 >20.0 Pass487.8375 WPMC359 YG MO8 135.3 356.2 V 8.3 13.9 >20.0 Pass487.8625 WIL982 IG FX1T 138.8 14.4 V 11.0 14.2 >20.0 Pass487.9625 WIL948 YG MO8 144.7 13.0 V 4.0 14.4 >20.0 Pass487.9250 WPVY267 IK MO6C 158.8 359.4 V 11.2 15.5 >20.0 Pass487.8375 WPMC359 YG FX1T 135.3 356.2 V 8.3 16.8 >20.0 Pass487.9000 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 17.3 >20.0 Pass487.8125 WQTN553 YG MO 150.8 4.0 V 20.0 17.6 >20.0 Pass487.8875 WIJ389 YG MO8 158.8 1.6 V 11.0 17.8 >20.0 Pass487.8750 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 18.5 >20.0 Pass487.9000 WQLA264 YG FX1T 158.8 1.6 V 6.0 4.0 18.8 >20.0 Pass487.9500 WPME391 YG MO8 158.8 359.4 V 11.0 18.9 >20.0 Pass487.8500 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 19.9 >20.0 Pass487.8750 WQXM642 YG FX1T 158.8 1.6 V 6.0 4.0 20.0 >20.0 Pass487.4125 WQKR235 YG MO6 132.9 351.4 V 3.0 11.2 20.7 >20.0 Pass487.4375 WQKR235 YG MO6 132.9 351.4 V 3.0 11.2 20.7 >20.0 Pass487.8125 WQTN553 YG FX1T 150.8 4.0 V 20.0 20.7 >20.0 Pass487.3875 WQKR235 YG MO6 132.9 351.4 V 3.0 11.2 20.8 >20.0 Pass487.7875 WQTN553 YG MO 150.8 4.0 V 20.0 20.9 >20.0 Pass487.8875 WIJ389 YG FX1T 158.8 1.6 V 11.0 21.0 >20.0 Pass487.4875 WQKC371 YG MO8 132.9 351.4 V 20.0 21.3 >20.0 Pass487.8500 WQLA444 YG FX1T 158.8 1.6 V 6.0 4.0 21.4 >20.0 Pass487.8375 WIJ389 YG MO8 158.8 1.6 V 11.0 21.5 >20.0 Pass487.7375 WQKU797 IG MO6 135.3 356.2 V 3.0 11.2 21.9 >20.0 Pass487.8250 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 22.5 >20.0 Pass487.4125 WQKR235 YG FX1T 132.9 351.4 V 3.0 11.2 23.5 >20.0 Pass487.4375 WQKR235 YG FX1T 132.9 351.4 V 3.0 11.2 23.5 >20.0 Pass487.3875 WQKR235 YG FX1T 132.9 351.4 V 3.0 11.2 23.6 >20.0 Pass487.9375 WQBY580 YG MO8 169.1 16.5 V 2.0 11.2 23.9 >20.0 Pass487.7875 WQTN553 YG FX1T 150.8 4.0 V 20.0 24.0 >20.0 Pass487.8250 WQLD826 YG FX1T 158.8 1.6 V 6.0 4.0 24.0 >20.0 Pass487.9125 WIM329 YG MO8 144.4 12.8 V 7.6 24.6 >20.0 Pass487.9875 WPMW912 YG MO8 169.1 16.5 V 11.0 24.6 >20.0 Pass487.8375 WIJ389 YG FX1T 158.8 1.6 V 11.0 24.7 >20.0 Pass487.7375 WQKU797 IG FX1T 135.3 356.2 V 3.0 11.2 24.8 >20.0 Pass487.9750 WPTU767 IG MO6 169.1 16.5 V 11.2 24.8 >20.0 Pass

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487.3625 WPKM635 IG MO 128.7 23.9 V 11.0 25.8 >20.0 Pass486.9625 WQKR235 YG MO6 132.9 351.4 V 3.0 11.2 25.9 >20.0 Pass487.9875 WPJP712 YG MO8 169.3 16.5 V 8.3 25.9 >20.0 Pass487.2125 WPRI348 IG MO 138.8 14.4 V 20.0 26.1 >20.0 Pass487.1875 WIM320 IG MO 138.8 14.4 V 20.0 26.5 >20.0 Pass486.9125 WQKR235 YG MO6 132.9 351.4 V 3.0 11.2 26.6 >20.0 Pass487.8875 WPKR712 YG MO 138.8 14.4 V 11.0 26.6 >20.0 Pass487.4625 WPMW908 YG MO6 128.5 23.8 V 8.3 26.9 >20.0 Pass487.5875 WIM329 YG MO 138.8 14.4 V 20.0 27.2 >20.0 Pass487.3500 WQLF930 YG MO8 138.8 14.4 V 4.3 4.0 27.4 >20.0 Pass486.3125 WQKU809 YG MO6 91.9 17.8 V 3.0 11.2 27.7 17.5 Pass487.8875 WPOV621 YG MO8 138.8 14.4 V 8.3 27.8 >20.0 Pass486.8625 WQKC371 YG MO8 132.9 351.4 V 20.0 27.9 >20.0 Pass487.0875 WIM361 IG MO 138.8 14.4 V 20.0 27.9 >20.0 Pass487.1625 WPKK217 IG MO 128.7 23.9 V 11.0 27.9 >20.0 Pass487.8625 WPKR712 YG MO 138.8 14.4 V 11.0 27.9 >20.0 Pass487.9000 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 27.9 >20.0 Pass487.7750 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 28.0 >20.0 Pass487.3625 WPKM635 IG FX1T 128.7 23.9 V 11.0 28.1 >20.0 Pass487.8875 WPMW912 YG MO8 169.1 16.5 V 11.0 28.4 >20.0 Pass486.9625 WQKR235 YG FX1T 132.9 351.4 V 3.0 11.2 28.7 >20.0 Pass487.3500 WQLF930 YG FX1T 138.8 14.4 V 6.0 4.0 28.8 >20.0 Pass487.0125 WIM329 YG MO 138.8 14.4 V 20.0 28.9 >20.0 Pass487.9875 WPMW912 YG FX1T 169.1 16.5 V 11.0 28.9 >20.0 Pass486.2375 WQKU809 YG MO6 91.9 17.8 V 3.0 11.2 29.0 17.5 Pass487.8750 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 29.1 >20.0 Pass487.2125 WPRI348 IG FX1T 138.8 14.4 V 20.0 29.2 >20.0 Pass487.4625 WPMW908 YG FX1T 128.5 23.8 V 8.3 29.2 >20.0 Pass487.1750 WQLF930 YG MO8 138.8 14.4 V 4.3 4.0 29.3 >20.0 Pass487.7625 WIJ389 YG MO8 158.8 1.6 V 11.0 29.3 >20.0 Pass486.9125 WQKR235 YG FX1T 132.9 351.4 V 3.0 11.2 29.4 >20.0 Pass487.7750 WQLA264 YG FX1T 158.8 1.6 V 6.0 4.0 29.5 >20.0 Pass487.1875 WIM320 IG FX1T 138.8 14.4 V 20.0 29.6 >20.0 Pass486.3125 WQKU809 YG FX1T 91.9 17.8 V 3.0 11.2 29.7 19.5 Pass487.1125 WPMW908 YG MO8 128.5 23.8 V 8.3 29.8 >20.0 Pass487.5375 WIM566 IG MO 150.8 3.9 V 20.0 30.1 >20.0 Pass487.9875 WPJP712 YG FX1T 169.3 16.5 V 8.3 30.1 >20.0 Pass487.1625 WPKK217 IG FX1T 128.7 23.9 V 11.0 30.2 >20.0 Pass487.8875 WPKR712 YG FX1T 138.8 14.4 V 11.0 30.3 >20.0 Pass487.9000 WQLA264 YG FX1T 169.1 16.5 V 6.0 4.0 30.4 >20.0 Pass487.8500 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 30.6 >20.0 Pass487.1750 WQLF930 YG FX1T 138.8 14.4 V 6.0 4.0 30.7 >20.0 Pass487.3625 WIL948 YG MO 144.7 13.0 V 11.2 30.7 >20.0 Pass486.2375 WQKU809 YG FX1T 91.9 17.8 V 3.0 11.2 31.0 19.5 Pass487.0875 WIM361 IG FX1T 138.8 14.4 V 20.0 31.0 >20.0 Pass487.0625 WPMC359 YG MO8 135.3 356.2 V 8.3 31.1 >20.0 Pass487.7125 WIM303 YG MO8 138.8 14.4 V 7.6 31.4 >20.0 Pass487.1625 WIM458 IG MO 150.8 3.9 V 20.0 31.5 >20.0 Pass487.8875 WPOV621 YG FX1T 138.8 14.4 V 8.3 31.5 >20.0 Pass486.8375 WIM289 IG MO 138.8 14.4 V 20.0 31.6 >20.0 Pass487.8625 WPKR712 YG FX1T 138.8 14.4 V 11.0 31.6 >20.0 Pass

16

487.8750 WQXM642 YG FX1T 169.1 16.5 V 6.0 4.0 31.6 >20.0 Pass487.1125 WPMW908 YG FX1T 128.5 23.8 V 8.3 32.1 >20.0 Pass487.7625 WIJ389 YG FX1T 158.8 1.6 V 11.0 32.5 >20.0 Pass487.8875 WPMW912 YG FX1T 169.1 16.5 V 11.0 32.6 >20.0 Pass487.8625 WPOV621 YG FX1T 138.8 14.4 V 8.3 32.8 >20.0 Pass487.8250 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 33.1 >20.0 Pass487.8500 WQLA444 YG FX1T 169.1 16.5 V 6.0 4.0 33.1 >20.0 Pass487.1375 WIL948 YG MO 144.7 13.0 V 11.2 33.2 >20.0 Pass487.5375 WIM566 IG FX1T 150.8 3.9 V 20.0 33.3 >20.0 Pass487.8625 WIF431 IG MO 175.8 11.6 V 3.9 11.2 33.5 >20.0 Pass487.3125 WPMW908 YG MO8 128.5 23.8 V 8.3 33.6 >20.0 Pass487.2625 WIK680 IG MO 159.1 359.5 V 2.0 11.2 33.8 >20.0 Pass486.4875 WQKC371 YG MO8 132.9 351.4 V 20.0 33.9 >20.0 Pass486.6875 WPPB674 IG MO 138.8 14.4 V 20.0 34.0 >20.0 Pass486.6875 WPPH450 IG MO 138.8 14.4 V 20.0 34.0 >20.0 Pass486.6875 WPPH450 IG MO 138.8 14.4 V 20.0 34.0 >20.0 Pass487.0625 WPMC359 YG FX1T 135.3 356.2 V 8.3 34.0 >20.0 Pass487.5375 WPKY902 YG MO 150.8 4.0 V 7.6 34.3 >20.0 Pass487.5875 WIM329 YG FX1T 138.8 14.4 V 7.6 34.5 >20.0 Pass487.7125 WIM303 YG FX1T 138.8 14.4 V 7.6 34.5 >20.0 Pass487.0375 WPMC359 YG MO8 135.3 356.2 V 11.0 34.6 >20.0 Pass486.8375 WIM289 IG FX1T 138.8 14.4 V 20.0 34.7 >20.0 Pass486.8875 KNP638 IG MO 158.9 1.6 V 4.0 20.0 34.8 >20.0 Pass486.7875 WII770 IG MO 138.8 14.4 V 11.0 35.0 >20.0 Pass486.6625 WIL948 YG MO 144.7 13.0 V 5.2 11.2 35.1 >20.0 Pass486.7750 WQLF930 YG MO8 138.8 14.4 V 4.3 4.0 35.2 >20.0 Pass487.4750 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 35.2 >20.0 Pass487.3125 KNT273 IG MO 158.8 359.4 V 11.0 35.4 >20.0 Pass487.5125 WIL948 YG MO8 144.7 13.0 V 4.0 35.5 >20.0 Pass487.7250 WPVV822 YK MO8C 158.8 359.4 V 11.0 35.5 >20.0 Pass486.8875 WIM454 IG MO 150.8 3.9 V 20.0 35.6 >20.0 Pass487.2875 WQBY576 YG MO8 158.9 359.5 V 11.2 35.6 >20.0 Pass487.3250 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 35.6 >20.0 Pass486.7500 WQLF930 YG MO8 138.8 14.4 V 4.3 4.0 35.7 >20.0 Pass487.1625 WPKY902 YG MO 150.8 4.0 V 7.6 35.7 >20.0 Pass487.8250 WQLD826 YG FX1T 169.1 16.5 V 6.0 4.0 35.7 >20.0 Pass487.2875 WQBY576 YG MO8 158.8 1.8 V 11.2 35.8 >20.0 Pass487.5250 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 35.8 >20.0 Pass486.5625 WIM329 YG MO 138.8 14.4 V 20.0 35.9 >20.0 Pass487.1625 WIM458 IG FX1T 150.8 3.9 V 15.0 35.9 >20.0 Pass487.5375 WPMB661 IG MO 158.9 1.6 V 11.0 35.9 >20.0 Pass486.7125 WPKP378 YG MO 138.8 14.4 V 11.0 36.1 >20.0 Pass486.7875 WPOV621 YG MO6 138.8 14.4 V 8.3 36.2 >20.0 Pass487.0125 WIM329 YG FX1T 138.8 14.4 V 7.6 36.2 >20.0 Pass486.7750 WQLF930 YG FX1T 138.8 14.4 V 6.0 4.0 36.6 >20.0 Pass487.2250 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 36.6 >20.0 Pass487.5500 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 36.6 >20.0 Pass487.4750 WQLA264 YG FX1T 158.8 1.6 V 6.0 4.0 36.7 >20.0 Pass487.6875 WPQD624 YG MO 128.7 23.9 V 11.0 36.7 >20.0 Pass486.6750 WQLF930 YG MO8 138.8 14.4 V 4.3 4.0 36.8 >20.0 Pass487.2000 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 37.0 >20.0 Pass

17

487.3125 WPMW908 YG FX1T 128.5 23.8 V 8.3 37.0 >20.0 Pass486.6875 WPPB674 IG FX1T 138.8 14.4 V 20.0 37.1 >20.0 Pass486.6875 WPPH450 IG FX1T 138.8 14.4 V 20.0 37.1 >20.0 Pass486.6875 WPPH450 IG FX1T 138.8 14.4 V 20.0 37.1 >20.0 Pass486.7500 WQLF930 YG FX1T 138.8 14.4 V 6.0 4.0 37.1 >20.0 Pass487.3250 WQLA444 YG FX1T 158.8 1.6 V 6.0 4.0 37.1 >20.0 Pass486.0625 WPKU813 YG MO8 91.9 17.8 V 1.8 4.0 37.2 >20.0 Pass486.5875 WNAS361 IG MO 135.4 356.2 V 11.0 37.3 >20.0 Pass486.7125 WPOV621 YG MO8 138.8 14.4 V 8.3 37.3 >20.0 Pass487.5250 WQLD826 YG FX1T 158.8 1.6 V 6.0 4.0 37.3 >20.0 Pass487.6875 WPMW908 YG MO8 135.3 356.2 V 11.0 37.3 >20.0 Pass486.6375 WIJ684 IG MO 138.8 14.4 V 11.0 37.4 >20.0 Pass487.9625 WPKC839 YG MO8 207.5 5.9 V 11.2 37.4 >20.0 Pass487.5375 WPKY902 YG FX1T 150.8 4.0 V 7.6 37.5 >20.0 Pass487.1500 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 37.7 >20.0 Pass487.1250 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 37.9 >20.0 Pass486.3875 WIL948 YG MO8 132.9 351.4 V 11.2 38.0 >20.0 Pass487.0375 WPMC359 YG FX1T 135.3 356.2 V 11.0 38.0 >20.0 Pass487.1125 WIJ389 YG MO8 158.8 1.6 V 11.0 38.0 >20.0 Pass486.7875 WII770 IG FX1T 138.8 14.4 V 11.0 38.1 >20.0 Pass487.2250 WQXM642 YG FX1T 158.8 1.6 V 6.0 4.0 38.1 >20.0 Pass487.5500 WQXM642 YG FX1T 158.8 1.6 V 6.0 4.0 38.1 >20.0 Pass486.6750 WQLF930 YG FX1T 138.8 14.4 V 6.0 4.0 38.2 >20.0 Pass486.1625 WQLA443 YG MO6 132.9 351.4 V 3.0 11.2 38.4 >20.0 Pass486.5125 WPKM290 IG MO 135.4 356.2 V 11.0 38.4 >20.0 Pass487.2000 WQLA444 YG FX1T 158.8 1.6 V 6.0 4.0 38.5 >20.0 Pass486.6375 WPOV621 YG MO6 138.8 14.4 V 8.3 38.6 >20.0 Pass487.0750 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 38.6 >20.0 Pass487.7750 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 38.6 >20.0 Pass486.7625 WIL948 YG MO 144.7 13.0 V 11.2 38.7 >20.0 Pass486.8875 WIM454 IG FX1T 150.8 3.9 V 20.0 38.7 >20.0 Pass487.0625 WIJ389 YG MO8 158.8 1.6 V 11.0 38.7 >20.0 Pass486.5375 WPMW908 YG MO6 128.5 23.8 V 8.3 38.8 >20.0 Pass487.3125 KNT273 IG FX1T 158.8 359.4 V 11.0 38.8 >20.0 Pass487.4250 WPME391 YG MO8 158.8 359.4 V 11.0 38.8 >20.0 Pass487.4500 WPME391 YG MO8 158.8 359.4 V 11.0 38.8 >20.0 Pass487.9625 WPQE404 YG MO 215.2 29.5 V 11.0 38.8 >20.0 Pass486.1375 WQLA443 YG MO 132.9 351.4 V 3.0 11.2 38.9 >20.0 Pass487.1625 WPKY902 YG FX1T 150.8 4.0 V 7.6 38.9 >20.0 Pass487.6000 WPVV822 YK MO8C 158.8 359.4 V 11.0 38.9 >20.0 Pass486.5625 WIM329 YG FX1T 138.8 14.4 V 20.0 39.0 >20.0 Pass487.6875 WPQD624 YG FX1T 128.7 23.9 V 11.0 39.0 >20.0 Pass486.3625 WIM329 YG MO 138.8 14.4 V 20.0 39.1 >20.0 Pass487.5375 WPMB661 IG FX1T 158.9 1.6 V 11.0 39.1 >20.0 Pass487.9625 WPKY902 YG MO8 207.5 5.9 V 7.6 39.1 >20.0 Pass486.7125 WPKP378 YG FX1T 138.8 14.4 V 11.0 39.2 >20.0 Pass487.1500 WQLA264 YG FX1T 158.8 1.6 V 6.0 4.0 39.2 >20.0 Pass486.5125 WPKM290 IG MO 138.8 14.4 V 11.0 39.3 >20.0 Pass487.0250 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 39.4 >20.0 Pass487.1250 WQLD826 YG FX1T 158.8 1.6 V 6.0 4.0 39.4 >20.0 Pass487.7375 WQKU797 IG MO6 170.6 34.2 V 3.0 11.2 39.5 >20.0 Pass

18

486.5000 WQLF930 YG MO8 138.8 14.4 V 4.3 4.0 39.7 >20.0 Pass486.8875 WPKY902 YG MO 150.8 4.0 V 7.6 39.8 >20.0 Pass487.7625 WPMW912 YG MO8 169.1 16.5 V 11.0 39.9 >20.0 Pass487.8625 WPLQ520 YG MO6 198.7 2.1 V 11.0 39.9 >20.0 Pass486.9750 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 40.1 >20.0 Pass487.0750 WQLA444 YG FX1T 158.8 1.6 V 6.0 4.0 40.1 >20.0 Pass487.3000 WQXM642 YG MO8 158.8 1.6 V 156.0 150.0 4.0 40.1 >20.0 Pass486.5875 WNAS361 IG FX1T 135.4 356.2 V 11.0 40.2 >20.0 Pass487.6875 WPMW908 YG FX1T 135.3 356.2 V 11.0 40.2 >20.0 Pass486.5875 WQTN553 YG MO 150.8 4.0 V 20.0 40.3 >20.0 Pass487.9625 WPKC839 YG FX1T 207.5 5.9 V 20.0 40.3 >20.0 Pass486.8125 WQBY580 YG MO8 158.8 1.8 V 2.0 11.2 40.4 >20.0 Pass487.6625 WIL982 IG MO 138.8 14.4 V 11.0 40.6 >20.0 Pass487.6750 WQLF930 YG MO8 138.8 14.4 V 4.3 4.0 40.8 >20.0 Pass487.0250 WQXM642 YG FX1T 158.8 1.6 V 6.0 4.0 40.9 >20.0 Pass487.1625 KAA960 IG MO 169.2 16.5 V 7.0 11.0 40.9 >20.0 Pass486.5375 WPMW908 YG FX1T 128.5 23.8 V 8.3 41.0 >20.0 Pass486.5000 WQLF930 YG FX1T 138.8 14.4 V 6.0 4.0 41.1 >20.0 Pass486.1625 WQLA443 YG FX1T 132.9 351.4 V 3.0 11.2 41.2 >20.0 Pass487.1125 WIJ389 YG FX1T 158.8 1.6 V 11.0 41.2 >20.0 Pass487.7750 WQLA264 YG FX1T 169.1 16.5 V 6.0 4.0 41.2 >20.0 Pass486.5125 WPKM290 IG FX1T 135.4 356.2 V 11.0 41.3 >20.0 Pass486.9000 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 41.3 >20.0 Pass487.9375 WQBY580 YG MO8 211.6 15.4 V 2.0 11.2 41.5 >20.0 Pass486.8750 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 41.6 >20.0 Pass486.9750 WQLD826 YG FX1T 158.8 1.6 V 6.0 4.0 41.6 >20.0 Pass486.1375 WQLA443 YG FX1T 132.9 351.4 V 3.0 11.2 41.7 >20.0 Pass487.6625 WPOV621 YG MO6 138.8 14.4 V 8.3 41.8 >20.0 Pass487.9125 WQUN585 YG MO 211.6 15.4 V 20.0 41.8 >20.0 Pass487.0625 WIJ389 YG FX1T 158.8 1.6 V 11.0 41.9 >20.0 Pass486.3250 WPYE473 IG MO 138.8 14.4 V 11.2 42.2 >20.0 Pass486.3625 WIM329 YG FX1T 138.8 14.4 V 20.0 42.2 >20.0 Pass486.5375 KNR968 IG MO 159.1 359.5 V 2.0 20.0 42.2 >20.0 Pass486.5375 KNR968 IG MO 159.1 359.5 V 2.0 20.0 42.2 >20.0 Pass486.8375 WPKM616 IG MO 158.9 1.6 V 11.0 42.2 >20.0 Pass487.6750 WQLF930 YG FX1T 138.8 14.4 V 6.0 4.0 42.2 >20.0 Pass486.5125 WPKM290 IG FX1T 138.8 14.4 V 11.0 42.4 >20.0 Pass487.6375 WPLR982 IG MO 158.9 1.6 V 11.0 42.5 >20.0 Pass486.8000 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 42.7 >20.0 Pass486.2875 WIJ389 YG MO8 138.8 14.4 V 11.0 42.8 >20.0 Pass486.9000 WQLA264 YG FX1T 158.8 1.6 V 6.0 4.0 42.8 >20.0 Pass486.0625 WPXP211 YG MO8 132.9 351.4 V 11.2 42.9 >20.0 Pass486.8875 WPKY902 YG FX1T 150.8 4.0 V 7.6 42.9 >20.0 Pass487.7000 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 43.0 >20.0 Pass487.4625 WIM304 YG MO 169.2 16.5 V 20.0 43.1 >20.0 Pass486.8750 WQXM642 YG FX1T 158.8 1.6 V 6.0 4.0 43.2 >20.0 Pass486.1875 KNS428 IG MO 135.4 356.2 V 11.0 43.5 >20.0 Pass486.2625 WPMC359 YG MO8 135.3 356.2 V 8.3 43.5 >20.0 Pass486.4625 WPMC359 YG MO8 135.3 356.2 V 11.0 43.5 >20.0 Pass486.5875 WQTN553 YG FX1T 150.8 4.0 V 20.0 43.5 >20.0 Pass486.9875 WQBX420 YG MO 157.9 10.1 V 11.0 43.6 >20.0 Pass

19

487.9625 WPQE404 YG FX1T 215.2 29.5 V 11.0 43.6 >20.0 Pass486.5375 WPKR735 IG MO 158.8 359.4 V 3.0 11.2 43.7 >20.0 Pass487.6625 WIL982 IG FX1T 138.8 14.4 V 11.0 43.7 >20.0 Pass486.2125 WPMW908 YG MO6 128.5 23.8 V 8.3 43.8 >20.0 Pass487.7375 WQKU797 IG FX1T 170.6 34.2 V 3.0 11.2 43.8 >20.0 Pass487.9625 WPKC839 YG MO8 224.3 6.0 V 20.0 43.8 >20.0 Pass486.7250 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 44.0 >20.0 Pass487.7625 WPMW912 YG FX1T 169.1 16.5 V 11.0 44.1 >20.0 Pass487.8625 WPLQ520 YG FX1T 198.7 2.1 V 11.0 44.2 >20.0 Pass486.8000 WQLA444 YG FX1T 158.8 1.6 V 6.0 4.0 44.3 >20.0 Pass487.6500 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 44.3 >20.0 Pass486.1875 WIL982 IG MO 138.8 14.4 V 11.0 44.4 >20.0 Pass486.6875 WQBG879 IG MO 158.8 1.8 V 11.2 44.4 >20.0 Pass487.7000 WQXM642 YG FX1T 158.8 1.6 V 6.0 4.0 44.5 >20.0 Pass487.9625 WPKY902 YG FX1T 207.5 5.9 V 7.6 44.5 >20.0 Pass487.2625 WIK680 IG MO 169.2 16.5 V 2.0 11.2 44.6 >20.0 Pass486.1750 WQLF930 YG MO8 138.8 14.4 V 4.3 4.0 44.7 >20.0 Pass486.3875 WIL948 YG MO8 144.7 13.0 V 11.2 44.8 >20.0 Pass487.2125 WIM329 YG MO8 144.4 12.8 V 7.6 45.0 >20.0 Pass487.4875 WPQG452 YG MO8 199.9 39.8 V 11.0 45.0 >20.0 Pass487.8625 WIF431 IG FB4 175.8 11.6 V 56.0 125.0 9.0 11.2 45.1 >20.0 Pass486.5125 WPMW908 YG MO8 128.5 23.8 V 8.3 45.2 >20.0 Pass486.6500 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 45.3 >20.0 Pass486.8375 WPKM616 IG FX1T 158.9 1.6 V 11.0 45.4 >20.0 Pass486.7250 WQLD826 YG FX1T 158.8 1.6 V 6.0 4.0 45.5 >20.0 Pass486.6250 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 45.6 >20.0 Pass486.1875 WPOV621 YG MO6 138.8 14.4 V 8.3 45.7 >20.0 Pass487.6375 WPLR982 IG FX1T 158.9 1.6 V 11.0 45.7 >20.0 Pass487.8000 WPXK795 IG MO6 169.3 16.5 V 11.2 45.7 >20.0 Pass486.2375 WQBR342 IG MO 150.8 4.0 V 20.0 45.8 >20.0 Pass486.2625 WPLP429 IG MO6 132.1 32.5 V 11.0 45.8 >20.0 Pass487.4750 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 45.8 >20.0 Pass487.5000 WPVT930 IG MO6 169.1 16.5 V 11.2 45.8 >20.0 Pass487.6500 WQLA444 YG FX1T 158.8 1.6 V 6.0 4.0 45.8 >20.0 Pass486.5875 WNAS361 IG MO 158.8 359.4 V 11.0 45.9 >20.0 Pass486.6000 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 45.9 >20.0 Pass486.0875 WIK766 IG MO 138.8 14.4 V 11.0 46.0 >20.0 Pass487.9125 WIM329 YG MO8 186.6 16.6 V 7.6 46.0 >20.0 Pass486.1750 WQLF930 YG FX1T 138.8 14.4 V 6.0 4.0 46.1 >20.0 Pass486.2125 WPMW908 YG FX1T 128.5 23.8 V 8.3 46.1 >20.0 Pass486.5875 WNAS361 IG MO 158.9 1.6 V 11.0 46.1 >20.0 Pass487.7125 WIM329 YG MO8 144.4 12.8 V 7.6 46.1 >20.0 Pass487.3250 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 46.2 >20.0 Pass486.2875 WPMC359 YG MO8 135.3 356.2 V 11.0 46.3 >20.0 Pass486.1875 KNS428 IG FX1T 135.4 356.2 V 11.0 46.4 >20.0 Pass486.2625 WPMC359 YG FX1T 135.3 356.2 V 8.3 46.4 >20.0 Pass487.5250 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 46.4 >20.0 Pass487.9125 WQUN585 YG FX1T 211.6 15.4 V 20.0 46.4 >20.0 Pass486.4125 WQBY580 YG MO8 158.8 1.8 V 2.0 11.2 46.7 >20.0 Pass486.5500 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 46.7 >20.0 Pass486.1125 WPOV621 YG MO6 138.8 14.4 V 8.3 46.8 >20.0 Pass

20

486.4375 WPKY902 YG MO 150.8 4.0 V 7.6 46.8 >20.0 Pass486.6500 WQLA264 YG FX1T 158.8 1.6 V 6.0 4.0 46.8 >20.0 Pass486.4625 WPMC359 YG FX1T 135.3 356.2 V 11.0 46.9 >20.0 Pass486.5125 WPKM290 IG MO 158.8 359.4 V 11.0 47.1 >20.0 Pass486.5375 WPKR735 IG FX1T 158.8 359.4 V 3.0 11.2 47.1 >20.0 Pass486.6250 WQXM642 YG FX1T 158.8 1.6 V 6.0 4.0 47.1 >20.0 Pass486.0875 WPOV621 YG MO6 138.8 14.4 V 8.3 47.2 >20.0 Pass487.4125 WIM303 YG MO8 169.2 16.5 V 7.6 47.2 >20.0 Pass487.4375 WIM303 YG MO8 169.2 16.5 V 7.6 47.2 >20.0 Pass487.5500 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 47.2 >20.0 Pass486.5125 WIJ389 YG MO8 158.8 1.6 V 11.0 47.3 >20.0 Pass486.5125 WPKM290 IG MO 158.9 1.6 V 11.0 47.3 >20.0 Pass487.2250 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 47.3 >20.0 Pass487.3875 WIM303 YG MO8 169.2 16.5 V 7.6 47.3 >20.0 Pass487.4625 WIM304 YG FX1T 169.2 16.5 V 20.0 47.3 >20.0 Pass487.8625 WIL556 YG MO8 211.6 15.4 V 11.0 47.3 >20.0 Pass486.0625 WPWG750 YG MO8 132.9 351.4 V 4.0 47.4 >20.0 Pass486.2125 WIL948 YG MO 144.7 13.0 V 11.2 47.4 >20.0 Pass486.6000 WQLD826 YG FX1T 158.8 1.6 V 6.0 4.0 47.4 >20.0 Pass486.1875 WIL982 IG FX1T 138.8 14.4 V 11.0 47.5 >20.0 Pass486.7375 WQBX420 YG MO 157.9 10.1 V 11.0 47.5 >20.0 Pass487.2000 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 47.6 >20.0 Pass487.4625 WPKR712 YG FX1T 138.8 14.4 V 11.0 47.6 >20.0 Pass486.4750 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 47.9 >20.0 Pass485.3875 WPKU813 YG MO8 91.9 17.8 V 1.8 4.0 48.2 >20.0 Pass486.5500 WQLA444 YG FX1T 158.8 1.6 V 6.0 4.0 48.2 >20.0 Pass486.2625 WPLP429 IG FX1T 132.1 32.5 V 11.0 48.3 >20.0 Pass487.1500 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 48.3 >20.0 Pass487.2375 KYR965 IG MO 172.2 16.6 V 11.2 48.3 >20.0 Pass487.2375 KYR965 IG MO 172.2 16.6 V 11.2 48.3 >20.0 Pass487.4750 WQLA264 YG FX1T 169.1 16.5 V 6.0 4.0 48.3 >20.0 Pass486.5125 WPMW908 YG FX1T 128.5 23.8 V 8.3 48.6 >20.0 Pass487.1125 WIJ389 YG MO8 169.1 16.5 V 11.0 48.6 >20.0 Pass487.1250 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 48.6 >20.0 Pass486.4250 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 48.7 >20.0 Pass487.3250 WQLA444 YG FX1T 169.1 16.5 V 6.0 4.0 48.7 >20.0 Pass487.5625 WIK273 IG MO 172.2 16.6 V 11.2 48.7 >20.0 Pass487.5625 WIK273 IG MO 172.2 16.6 V 11.2 48.7 >20.0 Pass487.5250 WQLD826 YG FX1T 169.1 16.5 V 6.0 4.0 48.9 >20.0 Pass486.2375 WQBR342 IG FX1T 150.8 4.0 V 20.0 49.0 >20.0 Pass486.1875 WPKC812 IG MO 150.8 4.0 V 11.2 49.1 >20.0 Pass486.4000 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 49.2 >20.0 Pass486.5875 WNAS361 IG FX1T 158.9 1.6 V 11.0 49.3 >20.0 Pass486.5875 WNAS361 IG FX1T 158.8 359.4 V 11.0 49.3 >20.0 Pass487.0625 WIJ389 YG MO8 169.1 16.5 V 11.0 49.3 >20.0 Pass487.0750 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 49.3 >20.0 Pass486.4750 WQLD826 YG FX1T 158.8 1.6 V 6.0 4.0 49.4 >20.0 Pass486.2875 WPMC359 YG FX1T 135.3 356.2 V 11.0 49.7 >20.0 Pass486.9875 WPPG282 IG MO 191.9 41.1 V 11.2 49.7 >20.0 Pass487.5500 WQXM642 YG FX1T 169.1 16.5 V 6.0 4.0 49.7 >20.0 Pass486.3375 WQBY576 YG MO8 158.9 359.5 V 11.2 49.8 >20.0 Pass

21

487.2250 WQXM642 YG FX1T 169.1 16.5 V 6.0 4.0 49.8 >20.0 Pass486.3375 WQBY576 YG MO8 158.8 1.8 V 11.2 50.0 >20.0 Pass486.4375 WPKY902 YG FX1T 150.8 4.0 V 7.6 50.0 >20.0 Pass487.0250 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 50.0 >20.0 Pass487.7125 WIM303 YG MO8 169.2 16.5 V 7.6 50.0 >20.0 Pass487.7125 WIM303 YG MO6 169.2 16.5 V 7.6 50.0 >20.0 Pass486.3125 WQBY576 YG MO8 158.9 359.5 V 11.2 50.1 >20.0 Pass487.2000 WQLA444 YG FX1T 169.1 16.5 V 6.0 4.0 50.1 >20.0 Pass487.8125 WQUE874 YG MO8 159.0 8.4 V 7.6 50.1 >20.0 Pass486.4250 WQXM642 YG FX1T 158.8 1.6 V 6.0 4.0 50.2 >20.0 Pass486.3125 WQBY576 YG MO8 158.8 1.8 V 11.2 50.3 >20.0 Pass487.4875 WPQG452 YG FX1T 199.9 39.8 V 11.0 50.3 >20.0 Pass486.5125 WIJ389 YG FX1T 158.8 1.6 V 11.0 50.5 >20.0 Pass486.5125 WPKM290 IG FX1T 158.9 1.6 V 11.0 50.5 >20.0 Pass486.5125 WPKM290 IG FX1T 158.8 359.4 V 11.0 50.5 >20.0 Pass487.6375 WIM574 IG MO 169.2 16.5 V 20.0 50.5 >20.0 Pass486.3000 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 50.6 >20.0 Pass486.9375 WPMW908 YG MO6 170.6 34.2 V 8.3 50.6 >20.0 Pass486.4000 WQLA264 YG FX1T 158.8 1.6 V 6.0 4.0 50.7 >20.0 Pass486.9750 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 50.7 >20.0 Pass486.1875 WPKY902 YG MO 150.8 4.0 V 7.6 50.8 >20.0 Pass486.2875 WIJ389 YG MO8 158.8 1.6 V 11.0 50.8 >20.0 Pass487.1500 WQLA264 YG FX1T 169.1 16.5 V 6.0 4.0 50.8 >20.0 Pass486.2750 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 51.0 >20.0 Pass486.8125 WQBY580 YG MO8 169.1 16.5 V 2.0 11.2 51.0 >20.0 Pass487.1250 WQLD826 YG FX1T 169.1 16.5 V 6.0 4.0 51.1 >20.0 Pass486.9375 WQCA906 YG MO 169.1 16.5 V 11.2 51.2 >20.0 Pass486.1125 WIK344 IG MO 159.1 359.5 V 2.0 11.2 51.3 >20.0 Pass487.4125 WIM303 YG FX1T 169.2 16.5 V 7.6 51.4 >20.0 Pass487.4375 WIM303 YG FX1T 169.2 16.5 V 7.6 51.4 >20.0 Pass487.3875 WIM303 YG FX1T 169.2 16.5 V 7.6 51.5 >20.0 Pass485.7875 WIL948 YG MO8 144.7 13.0 V 20.0 51.6 >20.0 Pass487.0750 WQLA444 YG FX1T 169.1 16.5 V 6.0 4.0 51.8 >20.0 Pass486.8625 WPKK703 YG MO6 169.2 16.5 V 2.0 7.6 51.9 >20.0 Pass487.0125 WPME835 YG MO8 191.9 41.1 V 1.8 4.0 51.9 >20.0 Pass487.8625 WIL556 YG FX1T 211.6 15.4 V 11.0 51.9 >20.0 Pass485.6125 WPKK791 PW MO 128.7 23.9 V 11.2 52.0 >20.0 Pass486.9000 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 52.0 >20.0 Pass486.3000 WQLA444 YG FX1T 158.8 1.6 V 6.0 4.0 52.1 >20.0 Pass486.1875 KNS428 IG MO 158.8 359.4 V 11.0 52.2 >20.0 Pass486.1875 WPKC812 IG FX1T 150.8 4.0 V 11.2 52.2 >20.0 Pass486.8750 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 52.3 >20.0 Pass486.9875 WPME835 YG MO8 191.9 41.1 V 1.8 4.0 52.3 >20.0 Pass487.6125 WIM303 YG MO8 169.2 16.5 V 7.6 52.3 >20.0 Pass487.6125 WIM303 YG MO6 169.2 16.5 V 7.6 52.3 >20.0 Pass486.1875 KNS428 IG MO 158.9 1.6 V 11.0 52.4 >20.0 Pass486.9625 WIM303 YG MO8 169.2 16.5 V 7.6 52.4 >20.0 Pass487.2625 WIK680 IG MO 177.1 8.5 V 2.0 11.2 52.4 >20.0 Pass487.0250 WQXM642 YG FX1T 169.1 16.5 V 6.0 4.0 52.5 >20.0 Pass485.5625 WPKU760 PW MO 128.7 23.9 V 11.2 52.6 >20.0 Pass486.2750 WQLD826 YG FX1T 158.8 1.6 V 6.0 4.0 52.6 >20.0 Pass

22

487.1125 WIJ389 YG FX1T 169.1 16.5 V 11.0 52.8 >20.0 Pass486.1500 WPYC727 IG MO 158.8 1.6 V 11.2 52.9 >20.0 Pass486.6625 WQUE872 IG MO 169.2 16.5 V 20.0 52.9 >20.0 Pass485.8625 WPMC359 YG MO8 135.3 356.2 V 11.0 53.0 >20.0 Pass487.1000 WQMM550 YG MO8 169.1 16.5 V 4.0 53.1 >20.0 Pass486.5625 WQKU818 IG MO6 191.9 41.1 V 3.0 11.2 53.2 >20.0 Pass486.9125 WIM303 YG MO8 169.2 16.5 V 7.6 53.2 >20.0 Pass486.9750 WQLD826 YG FX1T 169.1 16.5 V 6.0 4.0 53.2 >20.0 Pass486.1250 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 53.4 >20.0 Pass486.8000 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 53.4 >20.0 Pass487.7875 WQUE874 YG MO8 159.0 8.4 V 7.6 53.4 >20.0 Pass487.0625 WIJ389 YG FX1T 169.1 16.5 V 11.0 53.5 >20.0 Pass487.7000 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 53.6 >20.0 Pass486.1000 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 53.8 >20.0 Pass486.1875 WPKY902 YG FX1T 150.8 4.0 V 7.6 53.9 >20.0 Pass486.2875 WIJ389 YG FX1T 158.8 1.6 V 11.0 54.0 >20.0 Pass486.0750 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 54.2 >20.0 Pass487.7125 WIM303 YG FX1T 169.2 16.5 V 7.6 54.2 >20.0 Pass486.6125 WIM409 IG MO 169.4 10.5 V 3.0 7.6 54.3 >20.0 Pass487.6625 WIK876 IG MO 123.4 9.4 V 2.9 11.2 54.3 >20.0 Pass486.0500 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 54.5 >20.0 Pass486.9000 WQLA264 YG FX1T 169.1 16.5 V 6.0 4.0 54.5 >20.0 Pass486.7250 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 54.6 >20.0 Pass487.6625 KB2757 IG MO 168.5 16.4 V 4.0 11.0 54.6 >20.0 Pass487.6375 WIM574 IG FX1T 169.2 16.5 V 20.0 54.7 >20.0 Pass486.5625 WIM329 YG MO8 144.4 12.8 V 7.6 54.8 >20.0 Pass486.8750 WQXM642 YG FX1T 169.1 16.5 V 6.0 4.0 54.8 >20.0 Pass485.4625 KNM926 PW MO 145.6 1.1 V 3.0 11.0 54.9 >20.0 Pass486.9375 WPMW908 YG FX1T 170.6 34.2 V 8.3 54.9 >20.0 Pass487.4125 WQKR235 YG MO6 219.4 4.4 V 3.0 11.2 54.9 >20.0 Pass487.4375 WQKR235 YG MO6 219.4 4.4 V 3.0 11.2 54.9 >20.0 Pass487.6500 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 54.9 >20.0 Pass486.1250 WQLD826 YG FX1T 158.8 1.6 V 6.0 4.0 55.0 >20.0 Pass486.8125 WPME835 YG MO8 191.9 41.1 V 1.8 4.0 55.0 >20.0 Pass487.3875 WQKR235 YG MO6 219.4 4.4 V 3.0 11.2 55.0 >20.0 Pass487.5375 WPLS697 YG MO 198.8 2.1 V 3.7 11.0 55.2 >20.0 Pass486.1000 WQXM642 YG FX1T 158.8 1.6 V 6.0 4.0 55.3 >20.0 Pass487.7375 WIM304 YG MO8 190.2 11.3 V 11.2 55.3 >20.0 Pass487.5375 WPLS697 YG FX1T 198.8 2.1 V 9.0 11.0 55.4 >20.0 Pass486.0000 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 55.5 >20.0 Pass486.1875 KNS428 IG FX1T 158.9 1.6 V 11.0 55.6 >20.0 Pass486.1875 KNS428 IG FX1T 158.8 359.4 V 11.0 55.6 >20.0 Pass486.0750 WQLA264 YG FX1T 158.8 1.6 V 6.0 4.0 55.7 >20.0 Pass486.6500 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 55.9 >20.0 Pass486.8000 WQLA444 YG FX1T 169.1 16.5 V 6.0 4.0 55.9 >20.0 Pass486.0500 WQLA444 YG FX1T 158.8 1.6 V 6.0 4.0 56.0 >20.0 Pass487.3375 WIL389 YG FX1T 178.5 15.8 V 8.2 11.2 56.1 >20.0 Pass487.6250 WQMM550 YG MO8 169.1 16.5 V 4.0 56.1 >20.0 Pass486.4875 WQBY580 YG MO8 169.1 16.5 V 2.0 11.2 56.2 >20.0 Pass486.6250 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 56.2 >20.0 Pass487.7000 WQXM642 YG FX1T 169.1 16.5 V 6.0 4.0 56.2 >20.0 Pass

23

485.8625 WPMC359 YG FX1T 135.3 356.2 V 11.0 56.3 >20.0 Pass486.6000 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 56.5 >20.0 Pass487.4625 WIM304 YG MO8 190.2 11.3 V 11.2 56.5 >20.0 Pass487.6125 WIM303 YG FX1T 169.2 16.5 V 7.6 56.5 >20.0 Pass486.9625 WIM303 YG FX1T 169.2 16.5 V 7.6 56.6 >20.0 Pass486.7875 WPOV621 YG FX1T 138.8 14.4 V 8.3 56.7 >20.0 Pass487.3375 WIL389 YG MO 178.5 15.8 V 3.7 11.2 56.7 >20.0 Pass486.4625 WPOV621 YG MO8 138.8 14.4 V 11.0 56.8 >20.0 Pass486.0000 WQLD826 YG FX1T 158.8 1.6 V 6.0 4.0 57.0 >20.0 Pass486.6625 WQUE872 IG FX1T 169.2 16.5 V 20.0 57.1 >20.0 Pass486.7250 WQLD826 YG FX1T 169.1 16.5 V 6.0 4.0 57.1 >20.0 Pass486.4125 WQBY580 YG MO8 169.1 16.5 V 2.0 11.2 57.3 >20.0 Pass486.5500 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 57.3 >20.0 Pass485.3875 WIL347 IG MO 159.1 359.5 V 5.0 20.0 57.4 >20.0 Pass485.8750 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 57.4 >20.0 Pass486.9125 WIM303 YG FX1T 169.2 16.5 V 7.6 57.4 >20.0 Pass487.6500 WQLA444 YG FX1T 169.1 16.5 V 6.0 4.0 57.4 >20.0 Pass487.7375 WIM304 YG FX1T 190.2 11.3 V 20.0 57.4 >20.0 Pass486.7125 WPOV621 YG FX1T 138.8 14.4 V 8.3 57.8 >20.0 Pass486.5125 WPKM290 IG MO 169.3 16.5 V 11.0 57.9 >20.0 Pass486.5125 WPMW912 YG MO8 169.1 16.5 V 11.0 57.9 >20.0 Pass486.3625 WIM329 YG MO8 144.4 12.8 V 7.6 58.0 >20.0 Pass485.8250 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 58.1 >20.0 Pass485.3125 WIL982 IG MO 138.8 14.4 V 11.0 58.3 >20.0 Pass485.8000 WPXP470 IG MO 158.8 1.6 V 11.2 58.3 >20.0 Pass486.6500 WQLA264 YG FX1T 169.1 16.5 V 6.0 4.0 58.4 >20.0 Pass486.8875 KNP638 IG FX1 154.1 9.3 V 12.0 8.0 9.0 20.0 58.4 >20.0 Pass486.5625 WQKU818 IG FX1T 191.9 41.1 V 3.0 11.2 58.5 >20.0 Pass485.7875 WPML248 IG MO 144.7 13.0 V 4.0 58.6 >20.0 Pass486.4750 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 58.6 >20.0 Pass487.4625 WIM304 YG FX1T 190.2 11.3 V 20.0 58.6 >20.0 Pass485.7750 WPVY266 IK MO6C 158.8 359.4 V 11.0 58.7 >20.0 Pass486.6250 WQXM642 YG FX1T 169.1 16.5 V 6.0 4.0 58.7 >20.0 Pass486.9500 WPYM817 IG MO 177.5 8.4 V 11.2 58.8 >20.0 Pass485.8750 WQXM642 YG FX1T 158.8 1.6 V 6.0 4.0 58.9 >20.0 Pass485.7500 WPUY623 YK MO8C 158.8 359.4 V 11.2 59.0 >20.0 Pass486.6000 WQLD826 YG FX1T 169.1 16.5 V 6.0 4.0 59.0 >20.0 Pass486.6375 WPOV621 YG FX1T 138.8 14.4 V 8.3 59.1 >20.0 Pass486.9250 WPYI937 IG MO 177.5 8.4 V 11.2 59.1 >20.0 Pass485.9875 WQGN641 YW MO 137.0 358.9 V 11.3 59.2 >20.0 Pass485.7250 WPUY623 YK MO8C 158.8 359.4 V 11.2 59.3 >20.0 Pass486.4250 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 59.3 >20.0 Pass485.3125 WPOV621 YG MO6 138.8 14.4 V 8.3 59.5 >20.0 Pass486.6625 WPJU853 YG MO 178.5 15.8 V 3.7 11.2 59.5 >20.0 Pass485.8250 WQLA264 YG FX1T 158.8 1.6 V 6.0 4.0 59.6 >20.0 Pass486.4000 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 59.8 >20.0 Pass486.5500 WQLA444 YG FX1T 169.1 16.5 V 6.0 4.0 59.8 >20.0 Pass487.0375 WIL389 YG FX1T 178.5 15.8 V 8.2 11.2 59.8 >20.0 Pass485.7000 WPTK524 IG MO 159.4 359.6 V 11.2 59.9 >20.0 Pass486.3375 WPMW908 YG MO8 170.6 34.2 V 8.3 60.0 >20.0 Pass486.9625 WQKR235 YG MO6 219.4 4.4 V 3.0 11.2 60.1 >20.0 Pass

24

486.7875 WPKV979 YG FX1T 169.1 16.5 V 8.2 11.2 60.3 >20.0 Pass487.4375 WQKR235 YG FX1T 219.4 4.4 V 3.0 11.2 60.3 >20.0 Pass485.3125 WPKC857 IG MO 150.8 4.0 V 20.0 60.4 >20.0 Pass487.0375 WIL389 YG MO 178.5 15.8 V 3.7 11.2 60.4 >20.0 Pass487.3875 WQKR235 YG FX1T 219.4 4.4 V 3.0 11.2 60.4 >20.0 Pass487.4125 WQKR235 YG FX1T 219.4 4.4 V 3.0 11.2 60.4 >20.0 Pass486.4625 WPOV621 YG FX1T 138.8 14.4 V 11.0 60.5 >20.0 Pass484.6875 WPMW908 YG FB8 128.5 23.8 V 172.6 177.0 7.8 11.0 60.6 >20.0 Pass486.7875 WPKV979 YG MO 169.1 16.5 V 3.7 11.2 60.6 >20.0 Pass487.4625 WIM304 YG MO 211.6 15.4 V 20.0 60.6 >20.0 Pass486.4375 KX8389 IG MO6 169.1 16.5 V 7.6 60.7 >20.0 Pass486.5375 KNR968 IG MO 177.1 8.5 V 2.0 20.0 60.8 >20.0 Pass487.3625 WQBC525 IG MO 211.6 15.4 V 20.0 60.8 >20.0 Pass486.9125 WQKR235 YG MO6 219.4 4.4 V 3.0 11.2 60.9 >20.0 Pass486.4750 WQLD826 YG FX1T 169.1 16.5 V 6.0 4.0 61.1 >20.0 Pass487.5125 WPKC848 IG MO 211.6 15.4 V 20.0 61.1 >20.0 Pass486.3000 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 61.2 >20.0 Pass487.3125 WIM364 IG MO 211.6 15.4 V 20.0 61.2 >20.0 Pass486.4125 WPME835 YG MO8 191.9 41.1 V 1.8 4.0 61.3 >20.0 Pass487.6625 WIK876 IG MO 145.1 359.9 V 2.9 11.2 61.3 >20.0 Pass485.3125 WIL982 IG FX1T 138.8 14.4 V 11.0 61.4 >20.0 Pass486.2875 WIJ389 YG MO8 169.1 16.5 V 11.0 61.4 >20.0 Pass486.2625 WIG852 IG MO 170.6 8.6 V 11.0 61.5 >20.0 Pass487.5375 WIM566 IG MO 211.6 15.4 V 20.0 61.5 >20.0 Pass484.9125 WIM329 YG FB8 138.8 14.4 V 338.0 300.0 10.0 20.0 61.6 >20.0 Pass486.2375 WPMW908 YG MO8 170.6 34.2 V 8.3 61.6 >20.0 Pass486.1375 WPKK703 YG MO6 169.2 16.5 V 2.0 11.2 61.7 >20.0 Pass486.2750 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 61.7 >20.0 Pass486.4250 WQXM642 YG FX1T 169.1 16.5 V 6.0 4.0 61.9 >20.0 Pass487.4125 WQKR235 YG MO6 230.4 28.8 V 3.0 11.2 62.0 >20.0 Pass487.4375 WQKR235 YG MO6 230.4 28.8 V 3.0 11.2 62.0 >20.0 Pass486.1125 WIK344 IG MO 169.3 16.5 V 2.0 11.2 62.1 >20.0 Pass486.5125 WPKM290 IG FX1T 169.3 16.5 V 11.0 62.1 >20.0 Pass486.5125 WPMW912 YG FX1T 169.1 16.5 V 11.0 62.1 >20.0 Pass487.3875 WQKR235 YG MO6 230.4 28.8 V 3.0 11.2 62.1 >20.0 Pass487.2125 WIM446 YG MO8 186.6 16.6 V 20.0 62.2 >20.0 Pass487.6625 WPOV621 YG FX1T 138.8 14.4 V 8.3 62.3 >20.0 Pass486.4000 WQLA264 YG FX1T 169.1 16.5 V 6.0 4.0 62.4 >20.0 Pass486.3750 WPKK703 YG MO6 169.2 16.5 V 2.0 4.0 62.5 >20.0 Pass484.9125 WIM329 YG MO 138.8 14.4 V 20.0 62.6 >20.0 Pass487.1875 WIM320 IG MO 211.6 15.4 V 20.0 62.6 >20.0 Pass487.3625 WPLU555 YK MO 195.0 356.0 V 4.0 62.6 >20.0 Pass487.3625 WPWG750 YG MO8 193.4 355.7 V 4.0 62.6 >20.0 Pass487.4125 WQKR235 YG FX1T 230.4 28.8 V 3.0 11.2 62.6 >20.0 Pass487.4375 WQKR235 YG FX1T 230.4 28.8 V 3.0 11.2 62.6 >20.0 Pass486.8875 KNP638 IG FX1 159.1 359.5 V 30.0 37.0 9.0 20.0 62.7 >20.0 Pass487.3875 WQKR235 YG FX1T 230.4 28.8 V 3.0 11.2 62.7 >20.0 Pass486.3500 WPKK703 YG MO6 169.2 16.5 V 2.0 4.0 62.8 >20.0 Pass485.3875 WQBY580 YG MO8 158.8 1.8 V 2.0 11.2 63.1 >20.0 Pass486.1625 WQTN553 YG MO8 169.1 16.5 V 11.2 63.2 >20.0 Pass487.1375 WPKC839 YG MO8 211.6 15.4 V 20.0 63.3 >20.0 Pass

25

487.4875 WIL395 IG MO 183.6 11.9 V 11.2 63.3 >20.0 Pass487.5875 WQUN585 YG MO 211.6 15.4 V 20.0 63.3 >20.0 Pass485.5000 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 63.4 >20.0 Pass487.3625 WPKV404 IG MO 211.6 15.4 V 11.0 63.4 >20.0 Pass487.3500 WQLF930 YG MO8 211.6 15.4 V 4.3 4.0 63.5 >20.0 Pass485.3125 WPKC857 IG FX1T 150.8 4.0 V 20.0 63.6 >20.0 Pass486.9875 WPWG750 YG MO 193.4 355.7 V 4.0 63.6 >20.0 Pass486.3000 WQLA444 YG FX1T 169.1 16.5 V 6.0 4.0 63.7 >20.0 Pass487.3125 WPKW426 IG MO 211.6 15.4 V 11.0 63.8 >20.0 Pass485.6750 WQGN641 YW MO 137.0 358.9 V 11.3 64.1 >20.0 Pass486.1250 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 64.1 >20.0 Pass487.5375 WPLQ505 IG MO 211.6 15.4 V 11.0 64.1 >20.0 Pass486.1125 WPJP712 YG MO6 169.3 16.5 V 11.0 64.2 >20.0 Pass486.2750 WQLD826 YG FX1T 169.1 16.5 V 6.0 4.0 64.2 >20.0 Pass487.4000 WQJH293 YK MO8 230.8 29.5 V 11.2 64.2 >20.0 Pass486.3375 WPMW908 YG FX1T 170.6 34.2 V 8.3 64.3 >20.0 Pass486.1000 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 64.4 >20.0 Pass487.7125 WIM303 YG MO8 186.6 16.6 V 7.6 64.4 >20.0 Pass485.3125 WPKY902 YG MO 150.8 4.0 V 7.6 64.6 >20.0 Pass485.6500 WQKV631 YW MO 137.0 358.9 V 11.3 64.6 >20.0 Pass484.7375 WQKU797 IG FB6 135.3 356.2 V 289.3 250.5 10.0 11.2 64.7 >20.0 Pass484.7375 WQKU797 IG MO6 135.3 356.2 V 3.0 11.2 64.8 >20.0 Pass486.0750 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 64.8 >20.0 Pass485.5000 WQLA444 YG FX1T 158.8 1.6 V 6.0 4.0 64.9 >20.0 Pass486.4375 KX8389 IG FX1T 169.1 16.5 V 7.6 64.9 >20.0 Pass487.5625 WIJ498 PW MO 175.1 12.0 V 11.2 64.9 >20.0 Pass485.4000 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 65.0 >20.0 Pass487.0125 WQBY653 IG MO 211.6 15.4 V 20.0 65.0 >20.0 Pass487.7500 WQCN289 YG MO8 226.1 17.2 V 11.2 65.0 >20.0 Pass486.0500 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 65.1 >20.0 Pass486.8875 KNP638 IG FX1 154.5 359.9 V 11.0 8.0 9.0 20.0 65.2 >20.0 Pass483.2375 WQKU809 YG MO6 91.9 17.8 V 3.0 11.2 65.3 17.5 Pass487.4625 WIM304 YG FX1T 211.6 15.4 V 20.0 65.3 >20.0 Pass487.1750 WQLF930 YG MO8 211.6 15.4 V 4.3 4.0 65.4 >20.0 Pass487.3625 WQBC525 IG FX1T 211.6 15.4 V 20.0 65.4 >20.0 Pass486.9625 WQKR235 YG FX1T 219.4 4.4 V 3.0 11.2 65.5 >20.0 Pass487.1625 WPKM623 IG MO 211.6 15.4 V 11.0 65.5 >20.0 Pass483.3125 WQKU809 YG MO6 91.9 17.8 V 3.0 11.2 65.6 17.5 Pass486.2875 WIJ389 YG FX1T 169.1 16.5 V 11.0 65.6 >20.0 Pass486.1375 WPME835 YG MO8 191.9 41.1 V 1.8 4.0 65.7 >20.0 Pass487.4875 WIL395 IG FX1 184.0 11.8 V 14.0 40.8 3.8 11.2 65.7 >20.0 Pass487.5125 WPKC848 IG FX1T 211.6 15.4 V 20.0 65.7 >20.0 Pass485.5500 WQKV631 YW MO 137.0 358.9 V 11.3 65.8 >20.0 Pass487.3125 WIM364 IG FX1T 211.6 15.4 V 20.0 65.8 >20.0 Pass486.2375 WPMW908 YG FX1T 170.6 34.2 V 8.3 65.9 >20.0 Pass486.0000 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 66.1 >20.0 Pass486.1875 WPOV621 YG FX1T 138.8 14.4 V 8.3 66.1 >20.0 Pass487.5375 WIM566 IG FX1T 211.6 15.4 V 20.0 66.1 >20.0 Pass486.9125 WQKR235 YG FX1T 219.4 4.4 V 3.0 11.2 66.3 >20.0 Pass484.8625 WIL982 IG MO 138.8 14.4 V 11.0 66.4 >20.0 Pass485.5250 WQKV631 YW MO 137.0 358.9 V 11.3 66.4 >20.0 Pass

26

485.4000 WQLA264 YG FX1T 158.8 1.6 V 6.0 4.0 66.5 >20.0 Pass486.8375 WPQE404 YG MO 215.2 29.5 V 11.0 66.5 >20.0 Pass487.2750 WPKK703 YG MO6 211.6 15.4 V 2.0 4.0 66.5 >20.0 Pass487.3500 WQLF930 YG FX1T 211.6 15.4 V 6.0 4.0 66.5 >20.0 Pass486.1250 WQLD826 YG FX1T 169.1 16.5 V 6.0 4.0 66.6 >20.0 Pass487.1625 WIL556 YG MO8 211.6 15.4 V 8.3 66.7 >20.0 Pass486.1000 WQXM642 YG FX1T 169.1 16.5 V 6.0 4.0 66.9 >20.0 Pass487.6875 WPLQ520 YG MO8 198.7 2.1 V 11.0 66.9 >20.0 Pass486.4875 WPXP211 YG MO8 195.0 356.0 V 11.2 67.0 >20.0 Pass487.2125 WIM446 YG FX1T 186.6 16.6 V 20.0 67.0 >20.0 Pass486.9625 WQKR235 YG MO6 230.4 28.8 V 3.0 11.2 67.2 >20.0 Pass487.1875 WIM320 IG FX1T 211.6 15.4 V 20.0 67.2 >20.0 Pass486.0750 WQLA264 YG FX1T 169.1 16.5 V 6.0 4.0 67.3 >20.0 Pass486.1125 WPOV621 YG FX1T 138.8 14.4 V 8.3 67.3 >20.0 Pass484.4625 WPMW908 YG FB6 128.5 23.8 V 172.6 177.0 7.8 8.3 67.4 >20.0 Pass486.1625 WQTN553 YG FX1T 169.1 16.5 V 11.2 67.5 >20.0 Pass486.8625 WQBY580 YG MO8 186.6 16.6 V 2.0 7.6 67.5 >20.0 Pass487.2875 WPXR825 YG MO8 226.1 17.2 V 11.2 67.5 >20.0 Pass487.7125 WIM303 YG MO8 211.6 15.4 V 7.6 67.5 >20.0 Pass486.0500 WQLA444 YG FX1T 169.1 16.5 V 6.0 4.0 67.6 >20.0 Pass487.5875 WIM329 YG MO8 186.6 16.6 V 7.6 67.6 >20.0 Pass486.0875 WPOV621 YG FX1T 138.8 14.4 V 8.3 67.7 >20.0 Pass485.3125 WPKY902 YG FX1T 150.8 4.0 V 7.6 67.8 >20.0 Pass486.7125 WPWG750 YG MO8 193.4 355.7 V 4.0 67.8 >20.0 Pass486.8625 WPKK703 YG MO6 211.6 15.4 V 2.0 11.2 67.8 >20.0 Pass486.9625 WQKR235 YG FX1T 230.4 28.8 V 3.0 11.2 67.8 >20.0 Pass486.2375 WPKY902 YG MO8 158.8 1.6 V 7.6 67.9 >20.0 Pass486.9125 WQKR235 YG MO6 230.4 28.8 V 3.0 11.2 67.9 >20.0 Pass487.1375 WPKC839 YG FX1T 211.6 15.4 V 20.0 67.9 >20.0 Pass485.8750 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 68.0 >20.0 Pass487.5875 WQUN585 YG FX1T 211.6 15.4 V 20.0 68.0 >20.0 Pass486.9375 WPLU555 YK MO8 195.0 356.0 V 4.0 68.1 >20.0 Pass486.9375 WPWG750 YG MO8 193.4 355.7 V 4.0 68.1 >20.0 Pass485.4125 KYL801 PW MO 145.9 5.4 V 11.2 68.3 >20.0 Pass484.6875 WPQD624 YG MO 128.7 23.9 V 11.0 68.4 >20.0 Pass486.1125 WPJP712 YG FX1T 169.3 16.5 V 11.0 68.4 >20.0 Pass487.1750 WQLF930 YG FX1T 211.6 15.4 V 6.0 4.0 68.4 >20.0 Pass487.2375 KYR965 IG FX1 167.2 17.8 V 27.0 27.0 6.0 11.2 68.4 >20.0 Pass487.3125 WPKW426 IG FX1T 211.6 15.4 V 11.0 68.4 >20.0 Pass487.1875 WIL301 YG MO 184.7 14.6 V 7.6 68.5 >20.0 Pass486.0000 WQLD826 YG FX1T 169.1 16.5 V 6.0 4.0 68.6 >20.0 Pass486.0875 WPJU853 YG MO 178.5 15.8 V 3.7 11.2 68.6 >20.0 Pass486.3875 WPXP211 YG MO8 195.0 356.0 V 11.2 68.6 >20.0 Pass486.8125 WQBY580 YG MO8 211.6 15.4 V 2.0 11.2 68.6 >20.0 Pass486.9125 WQKR235 YG FX1T 230.4 28.8 V 3.0 11.2 68.6 >20.0 Pass485.8250 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 68.7 >20.0 Pass486.9375 WQCA906 YG MO8 211.6 15.4 V 11.2 68.7 >20.0 Pass487.5375 WPLQ505 IG FX1T 211.6 15.4 V 11.0 68.7 >20.0 Pass484.4875 WQKC371 YG MO8 132.9 351.4 V 20.0 68.8 >20.0 Pass484.5875 WIM329 YG FB8 138.8 14.4 V 338.0 300.0 10.0 20.0 68.8 >20.0 Pass487.5625 WIK273 IG FX1 167.2 17.8 V 27.0 27.0 6.0 11.2 68.8 >20.0 Pass

27

484.6875 WPMW908 YG MO8 135.3 356.2 V 11.0 68.9 >20.0 Pass486.3625 WPXP211 YG MO8 195.0 356.0 V 11.2 68.9 >20.0 Pass486.1625 WQLA443 YG MO6 195.0 356.0 V 3.0 11.2 69.0 >20.0 Pass486.2375 WPKY902 YG FX1T 158.8 1.6 V 7.6 69.0 >20.0 Pass486.9875 WPXR825 YG MO8 226.1 17.2 V 20.0 69.0 >20.0 Pass487.0875 WPME387 IG MO6 238.1 29.1 V 11.0 69.0 >20.0 Pass487.2500 WQCN289 YG MO8 226.1 17.2 V 11.2 69.0 >20.0 Pass487.0125 WIM329 YG MO8 186.6 16.6 V 7.6 69.2 >20.0 Pass483.0625 WPKU813 YG MO8 91.9 17.8 V 1.8 4.0 69.3 >20.0 Pass485.7250 WPWE567 YG MO8 190.5 40.1 V 11.2 69.3 >20.0 Pass486.7625 WPKV979 YG FX1T 211.6 15.4 V 8.2 11.2 69.3 >20.0 Pass487.5375 KZP622 IG FX1 163.9 2.1 V -23.0 6.0 6.0 11.0 69.4 >20.0 Pass487.7500 WQCN289 YG MO 226.1 17.2 V 4.0 69.4 >20.0 Pass484.4375 WQKR235 YG MO6 132.9 351.4 V 3.0 11.2 69.5 >20.0 Pass486.1375 WQLA443 YG MO6 195.0 356.0 V 3.0 11.2 69.5 >20.0 Pass486.7125 WQBY627 IG MO 211.6 15.4 V 20.0 69.6 >20.0 Pass486.8875 WIJ389 YG MO8 211.6 15.4 V 11.0 69.6 >20.0 Pass486.8875 WIL556 YG MO8 211.6 15.4 V 11.0 69.6 >20.0 Pass487.0125 WQBY653 IG FX1T 211.6 15.4 V 20.0 69.6 >20.0 Pass484.5875 WIM329 YG MO 138.8 14.4 V 20.0 69.8 >20.0 Pass484.9875 WPMC359 YG FB8 135.3 356.2 V 187.3 152.0 7.8 8.3 69.9 >20.0 Pass486.1125 WIK344 IG MO 177.1 8.5 V 2.0 11.2 69.9 >20.0 Pass484.3125 WPMW908 YG FB8 128.5 23.8 V 172.6 177.0 7.8 8.3 70.0 >20.0 Pass487.1000 WQCC785 YG MO8 219.4 4.4 V 11.2 70.0 >20.0 Pass486.6875 WQUN585 YG MO 211.6 15.4 V 20.0 70.1 >20.0 Pass487.1625 WPKM623 IG FX1T 211.6 15.4 V 11.0 70.1 >20.0 Pass482.3875 WPKU813 YG MO8 91.9 17.8 V 1.8 4.0 70.2 >20.0 Pass486.5625 WPWG750 YG MO8 193.4 355.7 V 4.0 70.2 >20.0 Pass486.5125 WPKM290 IG MO 209.9 6.0 V 11.0 70.3 >20.0 Pass484.6750 WQLF930 YG MO8 138.8 14.4 V 4.3 4.0 70.4 >20.0 Pass485.8750 WQXM642 YG FX1T 169.1 16.5 V 6.0 4.0 70.5 >20.0 Pass487.6375 WIM306 IG MO 237.9 29.0 V 20.0 70.5 >20.0 Pass484.6625 WIL982 IG MO 138.8 14.4 V 11.0 70.6 >20.0 Pass487.2375 KYR965 IG FX1 168.3 17.1 V 4.0 4.0 6.0 11.2 70.7 >20.0 Pass484.4125 WQKR235 YG MO6 132.9 351.4 V 3.0 11.2 70.8 >20.0 Pass484.8875 WPKR712 YG FB8 138.8 14.4 V 261.0 228.0 7.8 11.0 70.8 >20.0 Pass484.9375 WQBY580 YG MO8 158.8 1.8 V 2.0 11.2 70.8 >20.0 Pass486.6375 WPPA916 IG MO 211.6 15.4 V 20.0 70.9 >20.0 Pass484.7125 WIM303 YG MO8 138.8 14.4 V 7.6 71.1 >20.0 Pass484.9125 WIM329 YG FB8 144.4 12.8 V 383.3 324.0 4.8 7.6 71.1 >20.0 Pass486.0375 WRAD241 PW MO 205.8 6.6 V 4.0 20.0 71.1 >20.0 Pass486.7875 WII770 IG MO 211.6 15.4 V 11.0 71.1 >20.0 Pass483.2125 WPMW908 YG FB6 128.5 23.8 V 172.6 177.0 7.8 8.3 71.2 >20.0 Pass484.3875 WQKR235 YG MO6 132.9 351.4 V 3.0 11.2 71.2 >20.0 Pass487.5625 WIK273 IG FX1 168.3 17.1 V 4.0 4.0 6.0 11.2 71.2 >20.0 Pass487.6875 WPLQ520 YG FX1T 198.7 2.1 V 11.0 71.2 >20.0 Pass485.8250 WQLA264 YG FX1T 169.1 16.5 V 6.0 4.0 71.3 >20.0 Pass486.8375 WPQE404 YG FX1T 215.2 29.5 V 11.0 71.3 >20.0 Pass487.1625 WIL556 YG FX1T 211.6 15.4 V 8.3 71.3 >20.0 Pass486.7750 WQLF930 YG MO8 211.6 15.4 V 4.3 4.0 71.4 >20.0 Pass486.4875 WPWG750 YG MO8 193.4 355.7 V 4.0 71.5 >20.0 Pass

28

486.5625 WQKU818 IG MO6 211.7 15.4 V 3.0 11.2 71.5 >20.0 Pass484.8625 WPKR712 YG FB8 138.8 14.4 V 261.0 228.0 7.8 11.0 71.6 >20.0 Pass483.2375 WQKU809 YG FB6 91.9 17.8 V

-169.0 131.0 10.0 11.2 71.7 >20.0 Pass

484.8625 WIL982 IG FB6 138.8 14.4 V 261.0 228.0 7.8 11.0 71.7 >20.0 Pass486.0625 WIL389 YG MO 169.3 16.5 V 3.7 11.2 71.8 >20.0 Pass486.6375 WEC268 IG MO 237.9 29.0 V 4.0 11.2 71.8 >20.0 Pass486.7500 WQLF930 YG MO8 211.6 15.4 V 4.3 4.0 71.9 >20.0 Pass484.8875 WPOV621 YG FB8 138.8 14.4 V 261.0 228.0 7.8 8.3 72.1 >20.0 Pass486.7625 WPKV979 YG MO 211.6 15.4 V 3.7 11.2 72.2 >20.0 Pass487.7125 WIM303 YG FX1T 211.6 15.4 V 7.6 72.2 >20.0 Pass486.7875 WIL556 YG MO6 211.6 15.4 V 8.3 72.4 >20.0 Pass485.5750 WPUS222 IG MO 169.1 16.5 V 11.2 72.5 >20.0 Pass484.8375 WPMC359 YG FB8 135.3 356.2 V 187.3 152.0 7.8 8.3 72.6 >20.0 Pass486.4625 WPKY902 YG MO8 207.5 5.9 V 7.6 72.6 >20.0 Pass486.6375 WPLU555 YK MO8 195.0 356.0 V 4.0 72.7 >20.0 Pass486.6375 WPWG750 YG MO8 193.4 355.7 V 4.0 72.7 >20.0 Pass486.7375 WPXR825 YG MO6 226.1 17.2 V 20.0 72.8 >20.0 Pass484.8625 WPOV621 YG FB6 138.8 14.4 V 261.0 228.0 7.8 8.3 72.9 >20.0 Pass484.9250 WPVY267 IK MO6C 158.8 359.4 V 11.2 72.9 >20.0 Pass486.3875 WPWG750 YG MO8 193.4 355.7 V 4.0 73.0 >20.0 Pass486.6750 WQLF930 YG MO8 211.6 15.4 V 4.3 4.0 73.0 >20.0 Pass487.6250 WQCC785 YG MO8 219.4 4.4 V 11.2 73.0 >20.0 Pass486.0625 WIL389 YG MO 169.1 16.5 V 2.4 11.2 73.1 >20.0 Pass483.5375 WPMW908 YG FB6 128.5 23.8 V 172.6 177.0 7.8 8.3 73.2 >20.0 Pass484.9000 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 73.3 >20.0 Pass486.3625 WPWG750 YG MO8 193.4 355.7 V 4.0 73.4 >20.0 Pass486.5625 WQKU818 IG MO6 230.4 28.8 V 3.0 11.2 73.4 >20.0 Pass486.0625 WPXP211 YG MO8 195.0 356.0 V 11.2 73.5 >20.0 Pass486.2125 WIH702 IG MO 192.6 15.3 V 11.0 73.5 >20.0 Pass486.2125 WIH702 IG MO 192.6 15.3 V 11.0 73.5 >20.0 Pass486.7375 WIK643 IG MO 177.7 11.1 V 7.6 73.5 >20.0 Pass487.2500 WQCN289 YG MO 226.1 17.2 V 4.0 73.5 >20.0 Pass484.6750 WQLF930 YG FB8 138.8 14.4 V 338.0 300.0 10.0 4.0 73.6 >20.0 Pass484.8125 WIM305 YG MO 150.8 4.0 V 7.6 73.7 >20.0 Pass485.3875 WPKK703 YG MO6 169.2 16.5 V 2.0 11.2 73.7 >20.0 Pass486.4875 WQBY580 YG MO8 211.6 15.4 V 2.0 11.2 73.8 >20.0 Pass484.6875 WPQD624 YG FB8 128.7 23.9 V 178.0 177.0 7.8 11.0 74.0 >20.0 Pass485.5000 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 74.0 >20.0 Pass486.0625 WIL389 YG FX1T 169.1 16.5 V 5.7 11.2 74.0 >20.0 Pass484.8750 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 74.1 >20.0 Pass486.1625 WQLA443 YG FX1T 195.0 356.0 V 3.0 11.2 74.1 >20.0 Pass486.5625 WQKU818 IG FX1T 230.4 28.8 V 3.0 11.2 74.1 >20.0 Pass487.6625 WQBZ995 IG MO6 211.6 15.4 V 20.0 74.1 >20.0 Pass484.6875 WPMW908 YG FB8 135.3 356.2 V 321.1 152.0 7.8 11.0 74.2 >20.0 Pass486.7125 WQBY627 IG FX1T 211.6 15.4 V 20.0 74.2 >20.0 Pass486.8875 WIL556 YG FX1T 211.6 15.4 V 11.0 74.2 >20.0 Pass486.7750 WQLF930 YG FX1T 211.6 15.4 V 6.0 4.0 74.3 >20.0 Pass484.7875 WIM305 YG MO 150.8 4.0 V 7.6 74.4 >20.0 Pass486.4125 WQBY580 YG MO8 186.6 16.6 V 2.0 7.6 74.5 >20.0 Pass484.8500 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 74.6 >20.0 Pass

29

485.7250 WPWE567 YG FX1T 190.5 40.1 V 11.2 74.6 >20.0 Pass486.1375 WQLA443 YG FX1T 195.0 356.0 V 3.0 11.2 74.6 >20.0 Pass486.6875 WQUN585 YG FX1T 211.6 15.4 V 20.0 74.7 >20.0 Pass486.7500 WQLF930 YG FX1T 211.6 15.4 V 6.0 4.0 74.8 >20.0 Pass483.5125 WPMW908 YG FB8 128.5 23.8 V 172.6 177.0 7.8 8.3 74.9 >20.0 Pass484.5375 WIM566 IG MO 150.8 3.9 V 20.0 74.9 >20.0 Pass486.4125 WQBY580 YG MO8 211.6 15.4 V 2.0 11.2 74.9 >20.0 Pass483.0625 WPXP211 YG MO8 132.9 351.4 V 11.2 75.0 >20.0 Pass483.3125 WQKU809 YG FB6 91.9 17.8 V

-169.0 131.0 7.0 11.2 75.0 >20.0 Pass

486.0375 WRAD241 PW MO 205.8 6.6 V 20.0 75.1 >20.0 Pass486.5375 WPKV412 IG MO 211.6 15.4 V 11.0 75.1 >20.0 Pass484.8250 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 75.2 >20.0 Pass486.3625 WPJR757 IG MO 211.6 15.4 V 20.0 75.2 >20.0 Pass484.9625 WIL948 YG FB8 144.7 13.0 V 345.0 274.0 5.2 4.0 75.4 >20.0 Pass485.9875 WIE305 PW MO 189.6 19.6 V 1.0 11.2 75.4 >20.0 Pass486.5750 WQJH293 YK MO8 230.8 29.5 V 11.2 75.4 >20.0 Pass485.3500 WPWE567 YG MO8 190.5 40.1 V 11.2 75.5 >20.0 Pass485.9125 WIL389 YG MO 169.1 16.5 V 2.4 11.2 75.5 >20.0 Pass486.6375 WPPA916 IG FX1T 211.6 15.4 V 20.0 75.5 >20.0 Pass483.3625 WIM329 YG FB8 138.8 14.4 V 338.0 300.0 10.0 20.0 75.6 >20.0 Pass485.4000 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 75.7 >20.0 Pass486.3375 WPMK989 IG MO 211.6 15.4 V 20.0 75.7 >20.0 Pass486.5125 WPKM290 IG FX1T 209.9 6.0 V 11.0 75.7 >20.0 Pass482.3875 WPKU813 YG FB8 91.9 17.8 V

-169.0 131.0 5.2 11.2 75.8 >20.0 Pass

486.5000 WQLF930 YG MO8 211.6 15.4 V 4.3 4.0 75.8 >20.0 Pass486.7875 WII770 IG FX1T 211.6 15.4 V 11.0 75.8 >20.0 Pass484.6625 WIL982 IG FB6 138.8 14.4 V 261.0 228.0 7.8 11.0 75.9 >20.0 Pass486.5875 WPJR750 YG MO6 211.6 15.4 V 7.6 75.9 >20.0 Pass486.6750 WQLF930 YG FX1T 211.6 15.4 V 6.0 4.0 75.9 >20.0 Pass483.4875 WQKC371 YG MO8 132.9 351.4 V 20.0 76.0 >20.0 Pass484.7125 WIM303 YG FB8 138.8 14.4 V 338.0 300.0 4.0 7.6 76.0 >20.0 Pass485.3875 WIL347 IG MO 177.1 8.5 V 5.0 20.0 76.0 >20.0 Pass485.8875 WIL389 YG MO 169.1 16.5 V 2.4 11.2 76.0 >20.0 Pass486.0625 WIL389 YG FX1T 169.3 16.5 V 3.7 11.2 76.0 >20.0 Pass487.6625 WPLU555 YK MO 195.0 356.0 V 4.0 76.0 >20.0 Pass487.6625 WPWG750 YG MO 193.4 355.7 V 4.0 76.0 >20.0 Pass485.3500 WPUR490 IG MO 169.1 16.5 V 11.2 76.2 >20.0 Pass486.5625 WQKU818 IG FX1T 211.7 15.4 V 3.0 11.2 76.2 >20.0 Pass487.1625 WQLK839 IG MO 154.3 358.2 V 7.6 76.3 >20.0 Pass485.9125 WIL389 YG FX1T 169.1 16.5 V 5.7 11.2 76.4 >20.0 Pass485.9875 WIE305 PW MO 189.6 19.6 V 11.2 76.4 >20.0 Pass484.7750 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 76.5 >20.0 Pass485.5000 WQLA444 YG FX1T 169.1 16.5 V 6.0 4.0 76.5 >20.0 Pass483.3625 WIM329 YG MO 138.8 14.4 V 20.0 76.6 >20.0 Pass484.9500 WPME391 YG MO8 158.8 359.4 V 11.0 76.6 >20.0 Pass486.1500 WPTS208 IG MO6 194.5 14.9 V 11.2 76.6 >20.0 Pass486.4375 WIL556 YG MO6 211.6 15.4 V 11.0 76.6 >20.0 Pass483.1375 WQLA443 YG MO 132.9 351.4 V 3.0 11.2 76.9 >20.0 Pass484.7250 WPVV822 YK MO8C 158.8 359.4 V 11.0 76.9 >20.0 Pass485.8875 WIL389 YG FX1T 169.1 16.5 V 5.7 11.2 76.9 >20.0 Pass

30

487.6750 WQLF930 YG MO8 211.6 15.4 V 4.3 4.0 76.9 >20.0 Pass486.7875 WIL556 YG FX1T 211.6 15.4 V 8.3 77.0 >20.0 Pass484.6625 WPOV621 YG FB6 138.8 14.4 V 261.0 228.0 7.8 8.3 77.1 >20.0 Pass485.3125 WPQG452 YG MO8 199.9 39.8 V 8.3 77.4 >20.0 Pass486.2125 WQUE873 IG MO6 211.6 15.4 V 20.0 77.5 >20.0 Pass486.5375 KNR968 IG FX1 178.0 11.2 V 18.0 6.0 7.0 20.0 77.5 >20.0 Pass484.7000 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 77.6 >20.0 Pass484.4375 WQKR235 YG FB6 132.9 351.4 V 178.7 152.4 10.0 11.2 77.8 >20.0 Pass486.4375 WPKM800 IG MO 211.6 15.4 V 8.3 77.9 >20.0 Pass486.0625 WPWG750 YG MO8 193.4 355.7 V 4.0 78.0 >20.0 Pass486.4625 WPKY902 YG FX1T 207.5 5.9 V 7.6 78.0 >20.0 Pass487.0875 WPME387 IG FX1T 237.9 29.0 V 11.0 78.0 >20.0 Pass485.2375 WQNW963 PW MO 169.1 16.5 V 11.3 78.1 >20.0 Pass486.2125 WIH702 IG FX1T 192.6 15.3 V 11.0 78.1 >20.0 Pass483.1625 WQLA443 YG MO6 132.9 351.4 V 3.0 11.2 78.2 >20.0 Pass485.4000 WQLA264 YG FX1T 169.1 16.5 V 6.0 4.0 78.2 >20.0 Pass484.7125 WIM329 YG FB8 144.4 12.8 V 383.3 324.0 1.8 7.6 78.3 >20.0 Pass485.2250 WQNW963 PW MO 169.1 16.5 V 11.3 78.3 >20.0 Pass483.0875 WIK766 IG MO 138.8 14.4 V 11.0 78.4 >20.0 Pass483.3875 WIL948 YG MO8 132.9 351.4 V 11.2 78.4 >20.0 Pass485.2125 WQNW963 PW MO 169.1 16.5 V 11.3 78.5 >20.0 Pass482.5625 WPKU760 PW MO 128.7 23.9 V 11.2 78.6 >20.0 Pass485.2000 WRBW779 PW MO 169.1 16.5 V 11.3 78.6 >20.0 Pass484.6875 WPMW908 YG FB8 170.6 34.2 V 126.2 133.8 7.8 11.0 78.7 >20.0 Pass485.1875 WQNW963 PW MO 169.1 16.5 V 11.3 78.7 >20.0 Pass482.6125 WPKK791 PW MO 128.7 23.9 V 11.2 78.8 >20.0 Pass484.4875 WQKC371 YG FB8 132.9 351.4 V 178.7 152.4 5.2 20.0 78.8 >20.0 Pass486.5000 WQLF930 YG FX1T 211.6 15.4 V 6.0 4.0 78.8 >20.0 Pass485.1750 WRBR788 PW MO 169.1 16.5 V 11.3 78.9 >20.0 Pass486.1375 WQBY580 YG MO8 186.6 16.6 V 2.0 7.6 78.9 >20.0 Pass484.4125 WQKR235 YG FB6 132.9 351.4 V 178.7 152.4 10.0 11.2 79.0 >20.0 Pass486.2875 WIJ389 YG MO8 211.6 15.4 V 11.0 79.0 >20.0 Pass486.3625 WPJR750 YG MO6 211.6 15.4 V 8.3 79.0 >20.0 Pass484.5375 WPKY902 YG MO 150.8 4.0 V 7.6 79.1 >20.0 Pass484.6500 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 79.1 >20.0 Pass484.3500 WQLF930 YG MO8 138.8 14.4 V 4.3 4.0 79.2 >20.0 Pass484.6375 WPLR982 IG MO 158.9 1.6 V 11.0 79.2 >20.0 Pass486.3375 WPXR825 YG MO6 226.1 17.2 V 20.0 79.2 >20.0 Pass485.1625 WRBR788 PW MO 169.1 16.5 V 11.3 79.3 >20.0 Pass486.2625 WIJ389 YG MO8 211.6 15.4 V 11.0 79.3 >20.0 Pass486.2625 WIL556 YG MO8 211.6 15.4 V 11.0 79.3 >20.0 Pass486.2625 WPLR672 IG MO 211.6 15.4 V 11.0 79.3 >20.0 Pass482.3875 WIL347 IG MO 159.1 359.5 V 5.0 20.0 79.4 >20.0 Pass483.0625 WPKU813 YG FB8 91.9 17.8 V

-169.0 131.0 5.2 4.0 79.4 >20.0 Pass

484.2125 WPRI348 IG MO 138.8 14.4 V 20.0 79.4 >20.0 Pass484.3875 WQKR235 YG FB6 132.9 351.4 V 178.7 152.4 10.0 11.2 79.4 >20.0 Pass486.2500 WPPU967 YG MO 179.6 16.4 V 11.2 79.4 >20.0 Pass483.0625 WPWG750 YG MO8 132.9 351.4 V 4.0 79.5 >20.0 Pass484.6000 WPVV822 YK MO8C 158.8 359.4 V 11.0 79.5 >20.0 Pass486.3125 WPXR825 YG MO6 226.1 17.2 V 20.0 79.5 >20.0 Pass

31

486.6375 WEC268 IG FX1 229.7 28.1 V 2.0 6.0 4.0 11.2 79.5 >20.0 Pass485.1500 WRBR788 PW MO 169.1 16.5 V 11.3 79.7 >20.0 Pass485.5875 WIH374 PW MO 188.4 12.2 V 3.5 11.2 79.7 >20.0 Pass485.8125 KZP748 PW MO 170.2 17.3 V 11.0 79.7 >20.0 Pass486.2375 WQBY576 YG MO6 211.6 15.4 V 11.2 79.7 >20.0 Pass486.5375 WPKV412 IG FX1T 211.6 15.4 V 11.0 79.7 >20.0 Pass487.6750 WQLF930 YG FX1T 211.6 15.4 V 6.0 4.0 79.8 >20.0 Pass485.3125 WPOV621 YG FX1T 138.8 14.4 V 8.3 80.0 >20.0 Pass486.7375 WIK643 IG FX1 177.7 11.1 V 5.0 23.0 1.0 7.6 80.0 >20.0 Pass483.2875 WIJ389 YG MO8 138.8 14.4 V 11.0 80.2 >20.0 Pass482.7875 WIL948 YG MO8 144.7 13.0 V 20.0 80.4 >20.0 Pass484.5500 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 80.4 >20.0 Pass484.5375 WPMB661 IG MO 158.9 1.6 V 11.0 80.7 >20.0 Pass485.4125 KYL801 PW MO 160.8 6.9 V 11.2 80.7 >20.0 Pass486.1625 WIM306 IG MO 237.9 29.0 V 20.0 80.7 >20.0 Pass485.3500 WPWE567 YG FX1T 190.5 40.1 V 11.2 80.8 >20.0 Pass485.4375 WRAD241 PW MO 205.8 6.6 V 4.0 20.0 80.8 >20.0 Pass486.1750 WQLF930 YG MO8 211.6 15.4 V 4.3 4.0 80.8 >20.0 Pass485.4375 WIJ747 PW MO 145.3 16.3 V 0.3 16.0 80.9 >20.0 Pass486.1125 WPLU555 YK MO 195.0 356.0 V 4.0 80.9 >20.0 Pass486.1125 WPWG750 YG MO 193.4 355.7 V 4.0 80.9 >20.0 Pass483.6875 WPPB674 IG MO 138.8 14.4 V 20.0 81.0 >20.0 Pass483.6875 WPPH450 IG MO 138.8 14.4 V 20.0 81.0 >20.0 Pass483.6875 WPPH450 IG MO 138.8 14.4 V 20.0 81.0 >20.0 Pass486.1375 WPKK703 YG MO6 211.6 15.4 V 2.0 7.6 81.0 >20.0 Pass484.5250 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 81.1 >20.0 Pass485.0625 WRBR788 PW MO 169.1 16.5 V 11.3 81.1 >20.0 Pass485.0500 WQNW963 PW MO 169.1 16.5 V 11.3 81.2 >20.0 Pass485.4375 WIJ747 PW MO 145.3 16.3 V 16.0 81.2 >20.0 Pass485.0375 WRBR786 PW MO 169.1 16.5 V 11.3 81.3 >20.0 Pass486.4375 WIL556 YG FX1T 211.6 15.4 V 11.0 81.3 >20.0 Pass483.1875 KNS428 IG MO 135.4 356.2 V 11.0 81.4 >20.0 Pass483.0875 WIK766 IG FX1T 138.8 14.4 V 11.0 81.5 >20.0 Pass483.9625 WQKR235 YG MO6 132.9 351.4 V 3.0 11.2 81.5 >20.0 Pass484.9375 WQBY580 YG MO8 169.1 16.5 V 2.0 11.2 81.5 >20.0 Pass485.0250 WQNW963 PW MO 169.1 16.5 V 11.3 81.6 >20.0 Pass483.5625 WIM329 YG FB8 138.8 14.4 V 338.0 300.0 10.0 20.0 81.7 >20.0 Pass485.3375 WII753 PW MO 167.2 3.1 V 11.0 81.7 >20.0 Pass483.5125 WPKM290 IG MO 135.4 356.2 V 11.0 82.0 >20.0 Pass485.0125 WRBS712 PW MO 169.1 16.5 V 11.3 82.0 >20.0 Pass482.3125 WIL982 IG MO 138.8 14.4 V 11.0 82.1 >20.0 Pass483.2375 WQBR342 IG MO 150.8 4.0 V 20.0 82.1 >20.0 Pass486.0875 WPKW417 IG MO 211.6 15.4 V 11.0 82.1 >20.0 Pass486.1875 WPKY902 YG MO 211.6 15.4 V 7.6 82.2 >20.0 Pass486.2125 WQUE873 IG FX1T 211.6 15.4 V 20.0 82.2 >20.0 Pass483.1875 WIL982 IG MO 138.8 14.4 V 11.0 82.3 >20.0 Pass484.8875 WPKR712 YG MO 138.8 14.4 V 11.0 82.3 >20.0 Pass483.8625 WQKC371 YG MO8 132.9 351.4 V 20.0 82.4 >20.0 Pass484.3500 WQLF930 YG FB8 138.8 14.4 V 338.0 300.0 10.0 4.0 82.4 >20.0 Pass484.7375 WQKU797 IG MO6 170.6 34.2 V 3.0 11.2 82.4 >20.0 Pass484.1875 WIM320 IG MO 138.8 14.4 V 20.0 82.5 >20.0 Pass

32

486.4375 WPKM800 IG FX1T 211.6 15.4 V 8.3 82.5 >20.0 Pass483.5000 WQLF930 YG MO8 138.8 14.4 V 4.3 4.0 82.6 >20.0 Pass483.7750 WQLF930 YG MO8 138.8 14.4 V 4.3 4.0 82.6 >20.0 Pass485.6375 KZP748 PW MO 170.2 17.3 V 11.0 82.6 >20.0 Pass483.5625 WIM329 YG MO 138.8 14.4 V 20.0 82.7 >20.0 Pass484.3625 WPKM635 IG FB6 128.7 23.9 V 178.0 177.0 7.8 11.0 82.7 >20.0 Pass485.3125 WPQG452 YG FX1T 199.9 39.8 V 8.3 82.7 >20.0 Pass486.5875 WPJR750 YG FX1 179.9 12.4 V 0.0 0.0 3.0 8.3 82.7 >20.0 Pass484.9875 WPMW912 YG MO8 169.1 16.5 V 11.0 82.8 >20.0 Pass486.0250 WPPU967 YG MO 179.6 16.4 V 11.2 82.8 >20.0 Pass483.5125 WPKM290 IG MO 138.8 14.4 V 11.0 82.9 >20.0 Pass483.5875 WNAS361 IG MO 135.4 356.2 V 11.0 82.9 >20.0 Pass483.2625 WPLP429 IG MO6 132.1 32.5 V 11.0 83.0 >20.0 Pass483.9125 WQKR235 YG MO6 132.9 351.4 V 3.0 11.2 83.1 >20.0 Pass484.8625 WPKR712 YG MO 138.8 14.4 V 11.0 83.1 >20.0 Pass483.0625 WPXP211 YG FB8 132.9 351.4 V 178.7 152.4 7.0 11.2 83.3 >20.0 Pass484.4750 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 83.3 >20.0 Pass482.7875 WIL948 YG FB8 144.7 13.0 V 345.0 274.0 5.2 20.0 83.5 >20.0 Pass483.0875 WIK766 IG FB6 138.8 14.4 V 261.0 228.0 7.8 11.0 83.6 >20.0 Pass483.1750 WQLF930 YG MO8 138.8 14.4 V 4.3 4.0 83.6 >20.0 Pass486.0125 WQEE279 PW MO 202.7 21.2 V 3.0 11.2 83.7 >20.0 Pass486.1750 WQLF930 YG FX1T 211.6 15.4 V 6.0 4.0 83.7 >20.0 Pass483.6750 WQLF930 YG MO8 138.8 14.4 V 4.3 4.0 83.8 >20.0 Pass485.9750 WQCD295 IG MO6 211.6 15.4 V 11.2 83.8 >20.0 Pass484.9000 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 83.9 >20.0 Pass486.2625 WIL556 YG FX1T 211.6 15.4 V 11.0 83.9 >20.0 Pass486.2625 WPLR672 IG FX1T 211.6 15.4 V 11.0 83.9 >20.0 Pass486.3625 WPJR757 IG FX1 179.9 12.4 V -8.0 6.0 3.0 20.0 84.0 >20.0 Pass483.7125 WPKP378 YG MO 138.8 14.4 V 11.0 84.1 >20.0 Pass483.8375 WIM289 IG MO 138.8 14.4 V 20.0 84.1 >20.0 Pass482.3125 WPKC857 IG MO 150.8 4.0 V 20.0 84.2 >20.0 Pass484.8375 WIJ389 YG FB8 158.8 1.6 V 253.0 243.0 7.8 11.0 84.2 >20.0 Pass484.8875 WPMW912 YG MO8 169.1 16.5 V 11.0 84.2 >20.0 Pass485.9500 WQCB451 IG MO 211.6 15.4 V 11.2 84.2 >20.0 Pass483.6375 WIJ684 IG MO 138.8 14.4 V 11.0 84.3 >20.0 Pass484.2125 WPRI348 IG FB6 138.8 14.4 V 338.0 300.0 4.0 20.0 84.3 >20.0 Pass485.7875 WPYC714 IG MO 211.6 15.4 V 20.0 84.3 >20.0 Pass486.5250 WQCN289 YG MO 226.1 17.2 V 4.0 84.3 >20.0 Pass482.8625 WPMC359 YG FB8 135.3 356.2 V 187.3 152.0 7.8 11.0 84.4 >20.0 Pass484.5125 WIL948 YG FB8 144.7 13.0 V 345.0 274.0 5.2 4.0 84.4 >20.0 Pass485.9250 WPXU766 IG MO 211.6 15.4 V 11.2 84.5 >20.0 Pass486.3375 WPMK989 IG FX1 179.9 12.4 V -9.0 6.0 3.0 20.0 84.5 >20.0 Pass483.2875 WPMC359 YG FB8 135.3 356.2 V 187.3 152.0 7.8 11.0 84.7 >20.0 Pass484.8750 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 84.7 >20.0 Pass485.6750 WQBJ726 PW MO 186.3 25.2 V 11.3 84.7 >20.0 Pass482.3875 WIL347 IG FB6T 159.1 359.5 V 3.0 20.0 84.8 >20.0 Pass484.8125 WIM305 YG FB8 150.8 4.0 V 166.0 147.0 10.0 7.6 84.8 >20.0 Pass485.4375 WRAD241 PW MO 205.8 6.6 V 20.0 84.8 >20.0 Pass483.0875 WPOV621 YG FB6 138.8 14.4 V 261.0 228.0 7.8 8.3 84.9 >20.0 Pass483.3625 WIM329 YG FB8 144.4 12.8 V 383.3 324.0 4.8 7.6 85.0 >20.0 Pass482.3875 WQBY580 YG MO8 158.8 1.8 V 2.0 11.2 85.1 >20.0 Pass

33

484.3625 WIL948 YG FB6 144.7 13.0 V 345.0 274.0 5.2 11.2 85.1 >20.0 Pass483.1375 WQLA443 YG FB6 132.9 351.4 V 178.7 152.4 10.0 11.2 85.2 >20.0 Pass483.5375 KNR968 IG FB6T 159.1 359.5 V 4.6 20.0 85.2 >20.0 Pass484.8500 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 85.2 >20.0 Pass485.8375 WPTB905 PW MO 171.3 22.8 V 16.0 85.3 >20.0 Pass484.1750 WQLF930 YG MO8 138.8 14.4 V 4.3 4.0 85.4 >20.0 Pass484.7875 WIM305 YG FB8 150.8 4.0 V 166.0 147.0 10.0 7.6 85.5 >20.0 Pass483.2875 WIJ389 YG FB8 138.8 14.4 V 265.0 228.0 7.8 11.0 85.6 >20.0 Pass487.6625 WEA971 IG FX1 168.5 16.4 V 2.0 30.0 11.0 85.7 >20.0 Pass483.2125 WIL948 YG FB6 144.7 13.0 V 345.0 274.0 5.2 11.2 85.8 >20.0 Pass483.5000 WQLF930 YG FB8 138.8 14.4 V 338.0 300.0 10.0 4.0 85.8 >20.0 Pass483.7750 WQLF930 YG FB8 138.8 14.4 V 338.0 300.0 10.0 4.0 85.8 >20.0 Pass484.3125 KNT273 IG MO 158.8 359.4 V 11.0 85.8 >20.0 Pass483.5875 WQTN553 YG MO 150.8 4.0 V 20.0 85.9 >20.0 Pass483.6875 WPPB674 IG FB6 138.8 14.4 V 334.0 300.0 4.0 20.0 85.9 >20.0 Pass483.6875 WPPH450 IG FB6 138.8 14.4 V 338.0 300.0 4.0 20.0 85.9 >20.0 Pass484.8250 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 85.9 >20.0 Pass483.0750 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 86.0 >20.0 Pass483.4625 WPMC359 YG FB8 135.3 356.2 V 187.3 152.0 7.8 11.0 86.0 >20.0 Pass483.4875 WQKC371 YG FB8 132.9 351.4 V 178.7 152.4 5.2 20.0 86.0 >20.0 Pass483.5375 WPKR735 IG MO 158.8 359.4 V 3.0 11.2 86.0 >20.0 Pass484.7375 WQKU797 IG FB6 170.6 34.2 V 142.0 133.8 10.0 11.2 86.0 >20.0 Pass485.8375 WIJ498 PW MO 175.1 12.0 V 11.2 86.0 >20.0 Pass483.2625 WPMC359 YG FB8 135.3 356.2 V 187.3 152.0 7.8 8.3 86.1 >20.0 Pass486.1125 WPKU812 IG MO 230.4 28.8 V 1.8 4.0 86.2 >20.0 Pass485.3625 WIK894 PW MO 169.5 3.3 V 11.0 86.3 >20.0 Pass486.3625 WPJR750 YG FX1 179.9 12.4 V 0.0 0.0 3.0 8.3 86.3 >20.0 Pass483.1625 WQLA443 YG FB6 132.9 351.4 V 178.7 152.4 10.0 11.2 86.4 >20.0 Pass483.1125 WIK344 IG MO 159.1 359.5 V 2.0 11.2 86.7 >20.0 Pass483.7500 WQLF930 YG MO8 138.8 14.4 V 4.3 4.0 86.7 >20.0 Pass484.3250 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 86.7 >20.0 Pass485.1750 WRBR787 PW MO 176.8 12.9 V 11.3 86.7 >20.0 Pass483.7875 WII770 IG FB6 138.8 14.4 V 261.0 228.0 7.8 11.0 86.8 >20.0 Pass486.0875 WPKW417 IG FX1T 211.6 15.4 V 11.0 86.8 >20.0 Pass486.1875 WPKY902 YG FX1T 211.6 15.4 V 7.6 86.8 >20.0 Pass483.1750 WQLF930 YG FB8 138.8 14.4 V 338.0 300.0 10.0 4.0 86.9 >20.0 Pass483.1875 WPKC812 IG MO 150.8 4.0 V 11.2 86.9 >20.0 Pass483.1875 KNS428 IG FB6 135.4 356.2 V 189.0 152.0 7.8 11.0 87.0 >20.0 Pass483.6750 WQLF930 YG FB8 138.8 14.4 V 338.0 300.0 10.0 4.0 87.0 >20.0 Pass482.7750 WPVY266 IK MO6C 158.8 359.4 V 11.0 87.1 >20.0 Pass482.8250 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 87.1 >20.0 Pass483.3625 WIM329 YG FB8 144.4 12.8 V 437.3 378.0 7.6 87.1 >20.0 Pass483.3875 WIL948 YG FB8 132.9 351.4 V 178.7 152.4 6.6 11.2 87.1 >20.0 Pass484.7750 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 87.1 >20.0 Pass485.1625 WRBR787 PW MO 176.8 12.9 V 11.3 87.1 >20.0 Pass484.4500 WPME391 YG MO8 158.8 359.4 V 11.0 87.2 >20.0 Pass484.6375 WIM574 IG MO 169.2 16.5 V 20.0 87.2 >20.0 Pass484.7625 WPMW912 YG MO8 169.1 16.5 V 11.0 87.2 >20.0 Pass483.0500 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 87.3 >20.0 Pass484.1125 WPMW908 YG FB8 128.5 23.8 V 172.6 177.0 7.8 8.3 87.3 >20.0 Pass485.7500 WQCD293 IG MO6 211.6 15.4 V 11.2 87.3 >20.0 Pass

34

482.3125 WIL982 IG FB6 138.8 14.4 V 261.0 228.0 7.8 11.0 87.5 >20.0 Pass483.1125 WIK344 IG FB6T 159.1 359.5 V 4.6 11.2 87.5 >20.0 Pass484.8875 WIJ389 YG FB8 158.8 1.6 V 181.0 175.0 7.8 11.0 87.5 >20.0 Pass483.1125 WPOV621 YG FB6 138.8 14.4 V 261.0 228.0 7.8 8.3 87.6 >20.0 Pass483.5125 WPKM290 IG FB6 135.4 356.2 V 189.0 152.0 7.8 11.0 87.6 >20.0 Pass484.9875 WPMW912 YG FB8 169.1 16.5 V 269.4 287.0 7.0 11.0 87.6 >20.0 Pass485.1500 WRBR787 PW MO 176.8 12.9 V 11.3 87.6 >20.0 Pass483.0625 WPWG750 YG FB8 132.9 351.4 V 178.7 152.4 7.0 4.0 87.7 >20.0 Pass483.1875 WIL982 IG FB6 138.8 14.4 V 261.0 228.0 7.8 11.0 87.7 >20.0 Pass482.4000 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 87.8 >20.0 Pass482.8750 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 87.8 >20.0 Pass483.2625 WPLP429 IG FB6 132.1 32.5 V 141.1 138.0 7.8 11.0 87.9 >20.0 Pass483.2750 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 88.0 >20.0 Pass484.1625 WIM458 IG MO 150.8 3.9 V 20.0 88.0 >20.0 Pass483.5125 WPKM290 IG FB6 138.8 14.4 V 261.0 228.0 7.8 11.0 88.1 >20.0 Pass484.1875 WIM320 IG FB6 138.8 14.4 V 338.0 305.0 3.0 20.0 88.1 >20.0 Pass483.2875 WIJ389 YG MO8 158.8 1.6 V 11.0 88.2 >20.0 Pass483.7875 WPOV621 YG FB6 138.8 14.4 V 261.0 228.0 7.8 8.3 88.2 >20.0 Pass484.7000 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 88.2 >20.0 Pass484.8875 WPMW912 YG FB8 169.1 16.5 V 269.4 287.0 7.8 11.0 88.2 >20.0 Pass486.2500 WPPU967 YG FX1 181.0 16.3 V 33.0 18.0 11.2 88.2 >20.0 Pass483.4375 WPKY902 YG MO 150.8 4.0 V 7.6 88.3 >20.0 Pass482.3125 WPKY902 YG MO 150.8 4.0 V 7.6 88.4 >20.0 Pass484.4250 WPME391 YG MO8 158.8 359.4 V 11.0 88.4 >20.0 Pass486.0000 WQBZ995 IG MO6 243.8 11.6 V 11.2 88.4 >20.0 Pass483.1000 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 88.5 >20.0 Pass483.5875 WNAS361 IG FB6 135.4 356.2 V 208.0 152.0 7.8 11.0 88.5 >20.0 Pass485.8375 WPTB905 PW FX1 169.6 22.6 V 26.1 6.0 1.7 16.0 88.5 >20.0 Pass483.1875 WPKY902 YG MO 150.8 4.0 V 7.6 88.6 >20.0 Pass484.1750 WQLF930 YG FB8 138.8 14.4 V 338.0 300.0 10.0 4.0 88.6 >20.0 Pass482.3125 WPOV621 YG FB6 138.8 14.4 V 261.0 228.0 7.8 8.3 88.7 >20.0 Pass483.8375 WIM289 IG FB6 138.8 14.4 V 224.0 305.0 4.0 20.0 88.7 >20.0 Pass484.0875 WIM361 IG MO 138.8 14.4 V 20.0 88.8 >20.0 Pass484.8625 WPLQ520 YG FB6 190.2 11.3 V 68.5 144.0 7.0 11.0 88.8 >20.0 Pass483.1875 WPOV621 YG FB6 138.8 14.4 V 261.0 228.0 7.8 8.3 88.9 >20.0 Pass483.3000 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 88.9 >20.0 Pass485.0625 WRBR787 PW MO 176.8 12.9 V 11.3 88.9 >20.0 Pass485.8375 WPTB905 PW FX1 167.9 23.1 V 17.2 6.0 1.7 16.0 88.9 >20.0 Pass486.0125 WQEE279 PW FX1 200.1 21.2 V 6.1 6.1 3.0 11.2 88.9 >20.0 Pass483.3375 WPMW908 YG FB8 170.6 34.2 V 126.2 133.8 7.8 8.3 89.0 >20.0 Pass483.0000 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 89.1 >20.0 Pass483.4125 WQBY580 YG MO8 158.8 1.8 V 2.0 11.2 89.1 >20.0 Pass484.2250 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 89.1 >20.0 Pass485.6500 WPVB757 IG MO 211.6 15.4 V 11.2 89.1 >20.0 Pass482.5000 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 89.4 >20.0 Pass483.7125 WPKP378 YG FB8 138.8 14.4 V 261.0 228.0 7.8 11.0 89.4 >20.0 Pass485.3500 WPWG750 YG MO8 193.4 355.7 V 4.0 89.4 >20.0 Pass485.8125 KZP748 PW FX1 169.0 16.8 V 172.0 42.0 5.5 11.0 89.4 >20.0 Pass485.8500 WQCC785 YG MO8 219.4 4.4 V 11.2 89.5 >20.0 Pass486.2000 WQCN289 YG MO 226.1 17.2 V 4.0 89.5 >20.0 Pass483.4750 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 89.6 >20.0 Pass

35

483.9625 WQKR235 YG FB6 132.9 351.4 V 178.7 152.4 10.0 11.2 89.7 >20.0 Pass484.6500 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 89.7 >20.0 Pass484.7125 WIM303 YG MO8 169.2 16.5 V 7.6 89.7 >20.0 Pass484.7125 WIM303 YG MO6 169.2 16.5 V 7.6 89.7 >20.0 Pass486.0125 WQEE279 PW FX1 203.8 21.5 V 6.1 6.1 3.0 11.2 89.7 >20.0 Pass486.0125 WQEE279 PW FX1 200.6 21.0 V 6.1 6.1 3.0 11.2 89.8 >20.0 Pass483.6375 WIJ684 IG FB6 138.8 14.4 V 261.0 228.0 7.4 11.0 89.9 >20.0 Pass483.7500 WQLF930 YG FB8 138.8 14.4 V 338.0 300.0 10.0 4.0 89.9 >20.0 Pass483.1250 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 90.0 >20.0 Pass485.9000 WQCD293 IG MO6 243.8 11.6 V 11.2 90.0 >20.0 Pass483.1875 KNS428 IG MO 158.8 359.4 V 11.0 90.1 >20.0 Pass483.2375 WPMW908 YG FB8 170.6 34.2 V 126.2 133.8 7.8 8.3 90.1 >20.0 Pass484.9000 WQLA264 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 90.1 >20.0 Pass485.2625 KUO597 CD FXCT 157.5 356.2 V 30.2 10.0 16.0 90.1 >20.0 Pass483.1875 KNS428 IG MO 158.9 1.6 V 11.0 90.3 >20.0 Pass485.8750 WQCB451 IG MO 243.8 11.6 V 11.2 90.3 >20.0 Pass482.7875 WPML248 IG FB6 144.7 13.0 V 345.0 274.0 5.2 4.0 90.5 >20.0 Pass483.3875 WIL948 YG FB8 144.7 13.0 H 344.0 274.0 3.0 11.2 90.5 >20.0 Pass483.4250 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 90.5 >20.0 Pass483.6625 WIL948 YG FB6 144.7 13.0 V 345.0 274.0 5.2 11.2 90.5 >20.0 Pass484.8625 WIF431 IG MO 175.8 11.6 V 3.9 7.6 90.5 >20.0 Pass484.7625 WIJ389 YG FB8 158.8 1.6 V 181.0 175.0 7.8 11.0 90.6 >20.0 Pass485.3625 WIK894 PW FXOT 169.5 3.3 V 11.0 90.6 >20.0 Pass483.5125 WPKM290 IG MO 158.8 359.4 V 11.0 90.7 >20.0 Pass483.7125 WPOV621 YG FB8 138.8 14.4 V 261.0 228.0 7.8 8.3 90.7 >20.0 Pass483.8875 WIM454 IG MO 150.8 3.9 V 20.0 90.7 >20.0 Pass484.9375 WQBY580 YG FB8 169.1 16.5 V 265.0 287.0 4.6 11.2 90.7 >20.0 Pass484.8750 WQXM642 YG FB8 169.1 16.5 V 246.0 287.0 10.0 4.0 90.8 >20.0 Pass483.5125 WPKM290 IG MO 158.9 1.6 V 11.0 90.9 >20.0 Pass483.6375 WPOV621 YG FB6 138.8 14.4 V 261.0 228.0 7.8 8.3 90.9 >20.0 Pass484.5500 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 91.0 >20.0 Pass485.9875 WIE305 PW FX1 189.4 19.6 V 18.0 6.0 2.2 11.2 91.0 >20.0 Pass483.5625 WIM329 YG FB8 144.4 12.8 V 383.3 324.0 4.8 7.6 91.1 >20.0 Pass484.7625 WPMW912 YG FB8 169.1 16.5 V 269.4 287.0 7.8 11.0 91.2 >20.0 Pass486.0125 WQEE279 PW FX1 201.6 20.2 V 6.1 6.1 3.0 11.2 91.2 >20.0 Pass483.9125 WQKR235 YG FB6 132.9 351.4 V 178.7 152.4 10.0 11.2 91.3 >20.0 Pass485.3875 WPKK703 YG MO6 211.6 15.4 V 2.0 11.2 91.3 >20.0 Pass483.6875 WIM329 YG FB8 144.4 12.8 V 437.3 378.0 7.6 91.4 >20.0 Pass483.6875 WQBG879 IG MO 158.8 1.8 V 11.2 91.4 >20.0 Pass484.4625 WIM304 YG MO 169.2 16.5 V 20.0 91.4 >20.0 Pass484.8500 WQLA444 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 91.4 >20.0 Pass482.4125 KYL801 PW MO 145.9 5.4 V 11.2 91.5 >20.0 Pass483.4000 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 91.5 >20.0 Pass484.6125 WIM303 YG MO8 169.2 16.5 V 7.6 91.5 >20.0 Pass484.6125 WIM303 YG MO6 169.2 16.5 V 7.6 91.5 >20.0 Pass484.7125 WIM303 YG FB8 169.2 16.5 V 274.0 287.0 10.0 7.6 91.5 >20.0 Pass483.5875 WNAS361 IG MO 158.8 359.4 V 11.0 91.6 >20.0 Pass486.0250 WPPU967 YG FX1 181.0 16.3 V 33.0 18.0 11.2 91.6 >20.0 Pass484.5250 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 91.7 >20.0 Pass485.7000 WPXR825 YG MO8 226.1 17.2 V 11.2 91.7 >20.0 Pass483.5875 WNAS361 IG MO 158.9 1.6 V 11.0 91.8 >20.0 Pass

36

483.7250 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 91.8 >20.0 Pass484.2625 WIK680 IG MO 159.1 359.5 V 2.0 11.2 91.8 >20.0 Pass484.5375 WIM566 IG FB6 150.8 3.9 V 153.0 152.0 4.0 20.0 91.8 >20.0 Pass484.8250 WQLD826 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 92.0 >20.0 Pass484.1625 WPKY902 YG MO 150.8 4.0 V 7.6 92.2 >20.0 Pass484.6875 WPLQ520 YG FB8 190.2 11.3 V 68.5 158.0 7.0 11.0 92.3 >20.0 Pass485.6375 KZP748 PW FX1 169.0 16.8 V 172.0 42.0 5.5 11.0 92.3 >20.0 Pass485.4250 WPPU967 YG MO 179.6 16.4 V 11.2 92.4 >20.0 Pass483.8000 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 92.5 >20.0 Pass483.8125 WQBY580 YG MO8 158.8 1.8 V 2.0 11.2 92.5 >20.0 Pass483.8625 WQKC371 YG FB8 132.9 351.4 V 178.7 152.4 5.2 20.0 92.5 >20.0 Pass485.9875 WIE305 PW FX1 189.6 19.7 V 26.6 12.0 11.2 92.5 >20.0 Pass483.6500 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 92.6 >20.0 Pass484.2125 WIM329 YG FB8 144.4 12.8 V 383.3 324.0 7.6 92.6 >20.0 Pass484.2625 WIK680 IG FB6T 159.1 359.5 V 4.6 11.2 92.6 >20.0 Pass484.2000 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 92.7 >20.0 Pass484.9000 WQLA264 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 92.8 >20.0 Pass484.9625 WPKC839 YG MO8 207.5 5.9 V 20.0 92.8 >20.0 Pass483.6250 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 93.0 >20.0 Pass484.1875 WIM329 YG FB6 144.4 12.8 V 437.3 378.0 7.6 93.0 >20.0 Pass483.5625 WIM329 YG FB8 144.4 12.8 V 437.3 378.0 7.6 93.2 >20.0 Pass483.7625 WIL948 YG FB6 144.7 13.0 H 344.0 274.0 3.0 11.2 93.2 >20.0 Pass484.6375 WPLR982 IG FB6 158.9 1.6 V 179.0 175.0 7.8 11.0 93.2 >20.0 Pass484.7750 WQLA264 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 93.2 >20.0 Pass484.6125 WIM303 YG FB8 169.2 16.5 V 274.0 287.0 10.0 7.6 93.3 >20.0 Pass484.0875 WIM361 IG FB6 138.8 14.4 V 338.0 305.0 4.0 20.0 93.5 >20.0 Pass483.5500 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 93.6 >20.0 Pass484.8750 WQXM642 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 93.6 >20.0 Pass484.9375 WQBY580 YG FB8 158.8 1.8 V 150.0 152.1 4.6 11.2 93.7 >20.0 Pass485.6500 WPVB757 IG FX1T 211.6 15.4 V 11.2 93.7 >20.0 Pass483.6000 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 93.9 >20.0 Pass482.6750 WQGN641 YW FB2 135.4 358.7 V 85.9 64.0 8.0 11.3 94.0 >20.0 Pass484.4750 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 94.0 >20.0 Pass485.3250 WPPU967 YG MO 179.6 16.4 V 11.2 94.0 >20.0 Pass485.6250 WPVA505 IG MO 211.6 15.4 V 11.2 94.0 >20.0 Pass484.8500 WQLA444 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 94.1 >20.0 Pass485.3625 WQDE716 YW MO 202.7 21.2 V 3.0 11.2 94.1 >20.0 Pass484.7000 WQXM642 YG FB8 169.1 16.5 V 246.0 287.0 10.0 4.0 94.3 >20.0 Pass483.8375 WIM329 YG FB6 144.4 12.8 V 437.3 378.0 7.6 94.6 >20.0 Pass483.8375 WPKM616 IG MO 158.9 1.6 V 11.0 94.6 >20.0 Pass484.6625 WIK876 IG FB2 123.4 9.4 V 34.0 8.0 11.2 94.6 >20.0 Pass484.9750 WPTU767 IG FB6 169.1 16.5 V 267.0 287.0 11.2 94.6 >20.0 Pass485.3375 WQCS621 YW MO 202.7 21.2 V 3.0 11.2 94.6 >20.0 Pass485.5250 WQCC785 YG MO8 219.4 4.4 V 11.2 94.6 >20.0 Pass484.5375 WPMB661 IG FB6 158.9 1.6 V 175.0 175.0 7.8 11.0 94.7 >20.0 Pass482.5500 WQKV631 YW FB2 135.4 358.7 V 85.9 64.0 8.0 11.3 94.8 >20.0 Pass484.1625 WPKK217 IG FB6 128.7 23.9 V 178.0 177.0 3.0 11.0 94.8 >20.0 Pass484.8250 WQLD826 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 94.8 >20.0 Pass484.9875 WPJP712 YG FB8 169.3 16.5 V 243.0 241.0 7.8 8.3 94.8 >20.0 Pass483.8875 WPKY902 YG MO 150.8 4.0 V 7.6 94.9 >20.0 Pass484.9625 WPKC839 YG FB8 207.5 5.9 V 133.0 136.0 10.0 20.0 95.0 >20.0 Pass

37

485.4750 WPMM405 YG MO8 184.7 14.6 V 7.6 95.1 >20.0 Pass485.5875 WIH374 PW FX1 184.0 11.8 V -20.0 6.0 4.8 11.2 95.4 >20.0 Pass482.9875 WQGN641 YW FB2 135.4 358.7 V 85.9 64.0 8.0 11.3 95.5 >20.0 Pass484.9125 WQUN585 YG FB8 211.6 15.4 V 273.0 248.0 10.0 20.0 95.5 >20.0 Pass484.7375 WIM304 YG MO8 190.2 11.3 V 20.0 95.6 >20.0 Pass485.4500 WPMM405 YG MO8 184.7 14.6 V 7.6 95.7 >20.0 Pass484.6500 WQLA444 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 95.8 >20.0 Pass485.6250 WPVA505 IG FX1T 211.6 15.4 V 11.2 95.9 >20.0 Pass484.0625 WPMC359 YG FB8 135.3 356.2 V 187.3 152.0 7.8 8.3 96.0 >20.0 Pass484.7750 WQLA264 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 96.0 >20.0 Pass484.8000 WPXK795 IG FB6 169.3 16.5 V 211.0 229.0 9.0 11.2 96.0 >20.0 Pass484.9250 WPVY267 IK FB6C 158.8 359.4 V 173.7 178.0 4.0 11.2 96.0 >20.0 Pass484.4375 WIM303 YG MO8 169.2 16.5 V 7.6 96.1 >20.0 Pass485.3125 WPKY902 YG MO 211.6 15.4 V 7.6 96.1 >20.0 Pass482.6500 WQKV631 YW FB2 135.4 358.7 V 85.9 64.0 8.0 11.3 96.3 >20.0 Pass483.8750 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 96.3 >20.0 Pass482.5250 WQKV631 YW FB2 135.4 358.7 V 85.9 64.0 8.0 11.3 96.4 >20.0 Pass483.0750 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 96.6 >20.0 Pass484.9625 WPKY902 YG MO8 207.5 5.9 V 7.6 97.0 >20.0 Pass483.5875 WQTN553 YG FB8 150.8 4.0 V 166.0 147.0 10.0 20.0 97.1 >20.0 Pass484.5500 WQXM642 YG FB8 169.1 16.5 V 246.0 287.0 10.0 4.0 97.1 >20.0 Pass484.7000 WQXM642 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 97.1 >20.0 Pass484.3250 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 97.3 >20.0 Pass484.4125 WIM303 YG MO8 169.2 16.5 V 7.6 97.3 >20.0 Pass483.1125 WIK344 IG MO 169.3 16.5 V 2.0 11.2 97.5 >20.0 Pass483.2375 WQBR342 IG FB6 150.8 4.0 V 202.9 185.0 4.0 20.0 97.6 >20.0 Pass484.9625 WPQE404 YG FB8 215.2 29.5 V 129.0 122.0 7.8 11.0 97.6 >20.0 Pass482.8250 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 97.7 >20.0 Pass484.3875 WIM303 YG MO8 169.2 16.5 V 7.6 97.7 >20.0 Pass484.5375 KZP622 IG FB4 158.9 1.6 V 248.0 244.0 11.0 97.7 >20.0 Pass483.0500 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 97.9 >20.0 Pass483.9375 WPMW908 YG FB6 170.6 34.2 V 126.2 133.8 7.8 8.3 97.9 >20.0 Pass484.4375 WIM303 YG FB8 169.2 16.5 V 274.0 287.0 10.0 7.6 97.9 >20.0 Pass484.5250 WQLD826 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 97.9 >20.0 Pass482.3500 WPWE567 YG MO8 190.5 40.1 V 11.2 98.0 >20.0 Pass482.3875 WIL347 IG MO 177.1 8.5 V 5.0 20.0 98.0 >20.0 Pass484.9375 WQBY580 YG FB8 177.0 16.8 V 71.5 45.7 10.0 11.2 98.2 >20.0 Pass483.4875 WQBY580 YG MO8 169.1 16.5 V 2.0 11.2 98.3 >20.0 Pass482.4000 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 98.4 >20.0 Pass482.8750 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 98.4 >20.0 Pass483.2750 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 98.6 >20.0 Pass484.6500 WQLA444 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 98.6 >20.0 Pass484.1500 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 98.7 >20.0 Pass485.3500 WQCD295 IG MO6 243.8 11.6 V 11.2 98.7 >20.0 Pass483.2875 WIJ389 YG MO8 169.1 16.5 V 11.0 98.8 >20.0 Pass484.9125 WQUN585 YG MO 211.6 15.4 V 20.0 98.8 >20.0 Pass484.0750 WQLA444 YG MO8 158.8 1.6 V 4.3 4.0 98.9 >20.0 Pass484.9375 WQBY580 YG MO8 211.6 15.4 V 2.0 11.2 99.0 >20.0 Pass485.2250 WQNW961 PW FX1 152.0 18.0 V 29.9 7.0 3.0 11.3 99.0 >20.0 Pass483.1000 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 99.1 >20.0 Pass483.1125 WIK344 IG FB6T 169.3 16.5 V 4.6 11.2 99.1 >20.0 Pass

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484.4125 WIM303 YG FB8 169.2 16.5 V 274.0 287.0 10.0 7.6 99.1 >20.0 Pass483.9750 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 99.2 >20.0 Pass485.3625 WIK894 PW FX1 167.3 2.6 V 4.0 6.0 11.0 99.2 >20.0 Pass485.3625 WIK894 PW FX1 171.1 2.8 V 9.0 6.0 11.0 99.2 >20.0 Pass482.7250 WPWE567 YG MO8 190.5 40.1 V 11.2 99.3 >20.0 Pass484.0875 WIM329 YG FB6 144.4 12.8 V 437.3 378.0 7.6 99.3 >20.0 Pass485.3625 WQDE716 YW FX1 200.1 21.2 V 6.1 6.1 3.0 11.2 99.4 >20.0 Pass484.3875 WIM303 YG FB8 169.2 16.5 V 274.0 287.0 10.0 7.6 99.5 >20.0 Pass483.3000 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 99.6 >20.0 Pass483.0000 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 99.7 >20.0 Pass483.3500 WPKK703 YG MO6 169.2 16.5 V 2.0 4.0 99.7 >20.0 Pass483.4125 WQBY580 YG MO8 169.1 16.5 V 2.0 11.2 99.7 >20.0 Pass484.2250 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 99.7 >20.0 Pass484.6000 WPVV822 YK FB8C 158.8 359.4 V 173.7 178.0 7.0 11.0 99.7 >20.0 Pass484.9500 WPME391 YG FB8 158.8 359.4 V 167.0 176.0 11.0 99.7 >20.0 Pass485.3375 WII753 PW FX1 171.1 2.8 V 9.0 6.0 11.0 99.7 >20.0 Pass483.6625 WQUE872 IG MO 169.2 16.5 V 20.0 99.9 >20.0 Pass484.5500 WQXM642 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 99.9 >20.0 Pass485.3375 WQCS621 YW FX1 200.1 21.2 V 6.1 6.1 3.0 11.2 99.9 >20.0 Pass482.5000 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 100.0 >20.0 Pass483.5625 WQKU818 IG MO6 191.9 41.1 V 3.0 11.2 100.0 >20.0 Pass484.5375 WPLS697 YG MO 198.8 2.1 V 3.7 11.0 100.0 >20.0 Pass485.1625 WRBR787 PW FX1 152.0 18.0 V 29.9 7.0 3.0 11.3 100.0 >20.0 Pass484.4750 WQLA264 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 100.1 >20.0 Pass484.7250 WPVV822 YK FB8C 158.8 359.4 V 173.7 178.0 4.0 11.0 100.1 >20.0 Pass485.3625 WQDE716 YW FX1 203.8 21.5 V 6.1 6.1 3.0 11.2 100.1 >20.0 Pass483.4750 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 100.3 >20.0 Pass485.3625 WQDE716 YW FX1 200.6 21.0 V 6.1 6.1 3.0 11.2 100.3 >20.0 Pass484.0125 WIM329 YG FB8 138.8 14.4 V 338.0 300.0 10.0 20.0 100.4 >20.0 Pass483.1250 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 100.6 >20.0 Pass483.9000 WQLA264 YG MO8 158.8 1.6 V 4.3 4.0 100.6 >20.0 Pass484.5250 WQLD826 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 100.6 >20.0 Pass485.3375 WQCS621 YW FX1 203.8 21.5 V 6.1 6.1 3.0 11.2 100.6 >20.0 Pass482.4125 KYL801 PW FB2 145.9 5.4 V 168.4 152.1 2.4 11.2 100.7 >20.0 Pass485.3125 WPKY902 YG FX1T 211.6 15.4 V 7.6 100.7 >20.0 Pass485.3375 WQCS621 YW FX1 200.6 21.0 V 6.1 6.1 3.0 11.2 100.8 >20.0 Pass485.4375 WIJ747 PW FX1 148.2 16.2 V 6.0 6.0 16.0 100.8 >20.0 Pass483.0875 WPJU853 YG MO 178.5 15.8 V 3.7 11.2 101.0 >20.0 Pass483.4250 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 101.1 >20.0 Pass484.8625 WIL556 YG FB6 211.6 15.4 V 221.0 196.0 7.8 11.0 101.1 >20.0 Pass485.4375 WIJ747 PW FX1 147.6 17.4 V 28.2 6.0 16.0 101.1 >20.0 Pass483.3750 WPKK703 YG MO6 169.2 16.5 V 2.0 4.0 101.2 >20.0 Pass485.3625 WIK894 PW FX1 169.5 3.3 V 5.0 6.0 11.0 101.2 >20.0 Pass485.4250 WPPU967 YG FX1 181.0 16.3 V 33.0 18.0 11.2 101.2 >20.0 Pass485.0375 WRBR786 PW FX1 170.3 10.3 V 19.3 6.7 3.0 11.3 101.3 >20.0 Pass485.0625 WRBR788 PW FX1 166.8 23.5 V 20.3 6.1 3.0 11.3 101.3 >20.0 Pass483.5125 WPKM290 IG MO 169.3 16.5 V 11.0 101.5 >20.0 Pass483.5125 WPMW912 YG MO8 169.1 16.5 V 11.0 101.5 >20.0 Pass484.0125 WIM329 YG MO 138.8 14.4 V 20.0 101.5 >20.0 Pass485.3375 WII753 PW FX1 166.9 2.5 V 4.0 4.0 11.0 101.6 >20.0 Pass485.3625 WQDE716 YW FX1 201.6 20.2 V 6.1 6.1 3.0 11.2 101.6 >20.0 Pass

39

484.9625 WPKC839 YG MO8 224.3 6.0 V 20.0 101.7 >20.0 Pass485.3375 WII753 PW FX1 169.5 3.3 V 5.0 6.0 11.0 101.7 >20.0 Pass482.3875 WIL347 IG FB6T 177.1 8.5 V 3.0 20.0 102.0 >20.0 Pass484.6375 WIM574 IG FB6 169.2 16.5 V 256.0 279.0 4.0 20.0 102.0 >20.0 Pass484.8125 WQUE874 YG MO8 159.0 8.4 V 7.6 102.0 >20.0 Pass483.4000 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 102.1 >20.0 Pass484.1375 WIL948 YG FB6 144.7 13.0 V 345.0 274.0 5.2 11.2 102.1 >20.0 Pass485.3375 WQCS621 YW FX1 201.6 20.2 V 6.1 6.1 3.0 11.2 102.1 >20.0 Pass483.2875 WIJ389 YG FB8 158.8 1.6 V 181.0 175.0 7.8 11.0 102.2 >20.0 Pass483.4375 KX8389 IG MO6 169.1 16.5 V 7.6 102.2 >20.0 Pass483.4625 WPOV621 YG FB8 138.8 14.4 V 155.0 124.0 4.5 11.0 102.2 >20.0 Pass484.5375 WPKY902 YG FB6 150.8 4.0 V 142.7 125.0 4.0 7.6 102.2 >20.0 Pass485.2000 WRBW778 PW FX1 187.7 16.8 V 18.0 8.5 3.0 11.3 102.2 >20.0 Pass483.7875 WPKV979 YG FB6 169.1 16.5 V 264.6 287.0 9.6 11.2 102.3 >20.0 Pass482.3125 WPKC857 IG FB6 150.8 4.0 V 150.0 147.0 3.0 20.0 102.4 >20.0 Pass483.7250 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 102.4 >20.0 Pass483.5375 KNR968 IG FB6T 177.1 8.5 V 4.6 20.0 102.5 >20.0 Pass484.8625 WPLQ520 YG FB6 198.7 2.1 V 111.0 91.1 7.0 11.0 102.5 >20.0 Pass484.2625 WIK680 IG MO 169.2 16.5 V 2.0 11.2 102.6 >20.0 Pass485.4375 WIJ747 PW FX1 147.4 17.0 V 7.0 6.0 16.0 102.6 >20.0 Pass483.6125 WIM409 IG MO 169.4 10.5 V 3.0 7.6 102.7 >20.0 Pass484.5875 WQUN585 YG FB8 211.6 15.4 V 273.0 248.0 10.0 20.0 102.7 >20.0 Pass484.7875 WQUE874 YG MO8 159.0 8.4 V 7.6 102.7 >20.0 Pass483.0750 WQLA264 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 102.8 >20.0 Pass484.0375 WPMC359 YG FB8 135.3 356.2 V 187.3 152.0 7.8 11.0 102.9 >20.0 Pass484.4750 WQLA264 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 102.9 >20.0 Pass484.8625 WIF431 IG FB4 175.8 11.6 V 56.0 125.0 8.2 7.6 102.9 >20.0 Pass485.3250 WPPU967 YG FX1 181.0 16.3 V 33.0 18.0 11.2 102.9 >20.0 Pass483.1625 WQTN553 YG MO8 169.1 16.5 V 11.2 103.0 >20.0 Pass483.5375 KNR968 IG MO 177.1 8.5 V 2.0 20.0 103.0 >20.0 Pass484.4875 WPQG452 YG FB8 199.9 39.8 V 143.8 137.0 7.8 11.0 103.0 >20.0 Pass483.8125 WQBY580 YG MO8 169.1 16.5 V 2.0 11.2 103.1 >20.0 Pass484.9375 WQBY580 YG FB8 211.6 15.4 V 275.5 247.8 4.6 11.2 103.1 >20.0 Pass483.6500 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 103.2 >20.0 Pass483.8000 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 103.2 >20.0 Pass485.3625 WIK894 PW FX1 167.2 3.1 V 4.0 4.0 11.0 103.2 >20.0 Pass484.2000 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 103.3 >20.0 Pass484.3250 WQLA444 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 103.4 >20.0 Pass484.5625 WIK273 IG FB2 169.3 16.5 V 236.0 256.0 6.0 11.2 103.4 >20.0 Pass483.0375 WRAD241 PW MO 205.8 6.6 V 4.0 20.0 103.6 >20.0 Pass483.4125 WPME835 YG MO8 191.9 41.1 V 1.8 4.0 103.6 >20.0 Pass483.6250 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 103.6 >20.0 Pass483.1375 WPME835 YG MO8 191.9 41.1 V 1.8 4.0 103.7 >20.0 Pass484.9625 WPKC839 YG FB8 224.3 6.0 V 268.7 275.0 1.0 20.0 103.7 >20.0 Pass485.3375 WII753 PW FX1 167.2 3.1 V 4.0 4.0 11.0 103.7 >20.0 Pass484.4375 WQKR235 YG MO6 219.4 4.4 V 3.0 11.2 103.8 >20.0 Pass482.4125 KYL801 PW MO 160.8 6.9 V 11.2 103.9 >20.0 Pass482.8250 WQLA264 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 103.9 >20.0 Pass483.0625 WIL389 YG MO 169.3 16.5 V 3.7 11.2 103.9 >20.0 Pass484.7375 WIM304 YG FB8 190.2 11.3 V 153.0 173.0 4.0 20.0 103.9 >20.0 Pass484.7125 WIM303 YG FB8 186.6 16.6 V 141.4 140.2 10.0 7.6 104.0 >20.0 Pass

40

482.3875 WIL347 IG FB6 159.1 359.5 V 134.0 142.0 9.6 20.0 104.1 >20.0 Pass482.5625 WPKU760 PW FB2 128.7 23.9 V 68.0 60.0 1.7 11.2 104.1 >20.0 Pass483.0500 WQLA444 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 104.1 >20.0 Pass483.1875 WPKC812 IG FB6 150.8 4.0 V 150.0 147.0 4.0 11.2 104.1 >20.0 Pass484.6625 WQBZ995 IG MO6 211.6 15.4 V 20.0 104.1 >20.0 Pass483.2375 WPKY902 YG MO8 158.8 1.6 V 7.6 104.2 >20.0 Pass483.5500 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 104.2 >20.0 Pass484.2625 WIK680 IG FB6T 169.2 16.5 V 4.6 11.2 104.2 >20.0 Pass483.1875 KNS428 IG FB6 158.9 1.6 V 179.0 175.0 7.8 11.0 104.3 >20.0 Pass482.4375 WRAD241 PW MO 205.8 6.6 V 4.0 20.0 104.4 >20.0 Pass482.6125 WPKK791 PW FB2 128.7 23.9 V 68.0 60.0 1.7 11.2 104.4 >20.0 Pass482.4000 WQLA264 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 104.5 >20.0 Pass482.8750 WQXM642 YG FB8 169.1 16.5 V 246.0 287.0 10.0 4.0 104.6 >20.0 Pass483.6000 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 104.6 >20.0 Pass484.1250 WQLD826 YG MO8 158.8 1.6 V 4.3 4.0 104.6 >20.0 Pass483.1125 WIK344 IG FB6T 177.1 8.5 V 4.6 11.2 104.7 >20.0 Pass484.4625 WIM304 YG MO8 190.2 11.3 V 11.2 104.7 >20.0 Pass482.3375 WII753 PW MO 167.2 3.1 V 11.0 104.8 >20.0 Pass483.2750 WQLD826 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 104.8 >20.0 Pass483.8625 WPKK703 YG MO6 169.2 16.5 V 2.0 11.2 104.8 >20.0 Pass484.6625 WQBZ995 IG FB6 211.6 15.4 V 274.0 247.8 6.0 20.0 104.8 >20.0 Pass482.3875 WPKK703 YG FB6 169.2 16.5 V 264.0 287.0 4.6 11.2 104.9 >20.0 Pass483.5125 WIJ389 YG FB8 158.8 1.6 V 181.0 175.0 7.8 11.0 104.9 >20.0 Pass483.5125 WPKM290 IG FB6 158.9 1.6 V 179.0 175.0 7.8 11.0 104.9 >20.0 Pass484.1625 WIM458 IG FB6 150.8 3.9 V 153.0 152.0 4.0 20.0 104.9 >20.0 Pass484.4125 WQKR235 YG MO6 219.4 4.4 V 3.0 11.2 105.0 >20.0 Pass484.9125 WIM329 YG FB8 186.6 16.6 V 138.2 140.2 4.8 7.6 105.0 >20.0 Pass484.3125 KNT273 IG FB6 158.8 359.4 V 167.0 176.0 7.8 11.0 105.1 >20.0 Pass483.0625 WIL389 YG MO 169.1 16.5 V 2.4 11.2 105.2 >20.0 Pass483.1000 WQXM642 YG FB8 169.1 16.5 V 246.0 287.0 10.0 4.0 105.2 >20.0 Pass484.9625 WPKY902 YG FB8 207.5 5.9 V 133.0 136.0 4.0 7.6 105.2 >20.0 Pass485.1500 WRBR787 PW FX1 176.8 12.9 V -11.7 7.9 3.0 11.3 105.2 >20.0 Pass483.1125 WIK344 IG MO 177.1 8.5 V 2.0 11.2 105.3 >20.0 Pass484.3875 WQKR235 YG MO6 219.4 4.4 V 3.0 11.2 105.4 >20.0 Pass483.0750 WQLA264 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 105.5 >20.0 Pass483.5125 WPMW912 YG FB8 169.1 16.5 V 269.4 287.0 7.8 11.0 105.5 >20.0 Pass483.0625 WPXP211 YG MO8 195.0 356.0 V 11.2 105.6 >20.0 Pass485.0125 WRBS712 PW FX1 184.8 12.2 V 3.2 12.2 3.0 11.3 105.6 >20.0 Pass483.3000 WQLA444 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 105.7 >20.0 Pass483.3250 WPYE473 IG FB6 138.8 14.4 V 135.0 100.0 11.2 105.7 >20.0 Pass482.7500 WPUY623 YK FB8C 158.8 359.4 V 167.0 176.0 9.0 11.2 105.8 >20.0 Pass483.5875 WNAS361 IG FB6 158.9 1.6 V 175.0 175.0 7.8 11.0 105.8 >20.0 Pass484.2250 WQXM642 YG FB8 169.1 16.5 V 246.0 287.0 10.0 4.0 105.8 >20.0 Pass484.7500 WQCN289 YG FB8 169.3 16.5 V 211.0 229.0 4.8 4.0 105.8 >20.0 Pass483.0000 WQLD826 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 105.9 >20.0 Pass483.0625 WIL389 YG FB6 169.3 16.5 V 244.0 251.0 9.6 11.2 105.9 >20.0 Pass484.6625 WPLU555 YK MO 195.0 356.0 V 4.0 105.9 >20.0 Pass484.6625 WPWG750 YG MO 193.4 355.7 V 4.0 105.9 >20.0 Pass484.5875 WQUN585 YG MO 211.6 15.4 V 20.0 106.0 >20.0 Pass484.6250 WQMM550 YG FB8 169.1 16.5 V 265.0 287.0 4.0 106.0 >20.0 Pass484.6875 WPLQ520 YG FB8 198.7 2.1 V 111.0 91.1 7.0 11.0 106.0 >20.0 Pass

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484.7500 WQCN289 YG FB8 226.1 17.2 V 93.3 91.5 7.0 11.2 106.1 >20.0 Pass482.5000 WQLA444 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 106.2 >20.0 Pass484.3250 WQLA444 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 106.2 >20.0 Pass484.4625 WIM304 YG FB6 169.2 16.5 V 266.0 279.0 4.0 20.0 106.2 >20.0 Pass483.9375 WQCA906 YG MO 169.1 16.5 V 11.2 106.3 >20.0 Pass484.5375 WIM566 IG MO 211.6 15.4 V 20.0 106.3 >20.0 Pass484.6250 WQCC785 YG FB8 219.4 4.4 V 94.6 100.0 7.0 11.2 106.3 >20.0 Pass483.0625 WIL389 YG FB6 169.1 16.5 V 264.3 287.0 2.3 11.2 106.4 >20.0 Pass483.3625 WPXP211 YG MO8 195.0 356.0 V 11.2 106.4 >20.0 Pass483.4750 WQLD826 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 106.4 >20.0 Pass484.6750 WQLF930 YG MO8 211.6 15.4 V 4.3 4.0 106.5 >20.0 Pass482.8250 WQLA264 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 106.6 >20.0 Pass483.6625 WPJU853 YG MO 178.5 15.8 V 3.7 11.2 106.6 >20.0 Pass484.1625 KAA960 IG FB6 169.2 16.5 V 264.0 287.0 9.6 11.0 106.6 >20.0 Pass482.9125 WIL389 YG MO 169.1 16.5 V 2.4 11.2 106.7 >20.0 Pass483.1250 WQLD826 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 106.7 >20.0 Pass483.0500 WQLA444 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 106.8 >20.0 Pass484.5125 WPKC848 IG MO 211.6 15.4 V 20.0 106.9 >20.0 Pass483.8750 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 107.0 >20.0 Pass483.7875 WPKV979 YG MO 169.1 16.5 V 3.7 11.2 107.1 >20.0 Pass483.8125 WPME835 YG MO8 191.9 41.1 V 1.8 4.0 107.1 >20.0 Pass482.8875 WIL389 YG MO 169.1 16.5 V 2.4 11.2 107.2 >20.0 Pass483.4250 WQXM642 YG FB8 169.1 16.5 V 246.0 287.0 10.0 4.0 107.2 >20.0 Pass484.0250 WQXM642 YG MO8 158.8 1.6 V 4.3 4.0 107.2 >20.0 Pass484.5625 WIK273 IG FB2 172.2 16.6 V 175.0 172.0 8.0 11.2 107.2 >20.0 Pass484.6375 WIM306 IG MO 237.9 29.0 V 20.0 107.2 >20.0 Pass484.7125 WIM303 YG MO8 211.6 15.4 V 7.6 107.2 >20.0 Pass482.4000 WQLA264 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 107.3 >20.0 Pass482.7250 WPUY623 YK FB8C 158.8 359.4 V 167.0 176.0 9.0 11.2 107.3 >20.0 Pass482.8750 WQXM642 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 107.4 >20.0 Pass484.6625 KNM629 IG FB2 168.5 16.4 V 198.0 114.0 6.7 11.0 107.4 >20.0 Pass484.9375 WQBY580 YG FB8 224.3 6.0 V 312.5 317.3 11.2 107.4 >20.0 Pass483.1375 WQLA443 YG MO6 195.0 356.0 V 3.0 11.2 107.5 >20.0 Pass483.2750 WQLD826 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 107.5 >20.0 Pass484.5375 WPLQ505 IG FB6 211.6 15.4 V 221.0 196.0 7.8 11.0 107.5 >20.0 Pass484.6750 WQLF930 YG FB8 211.6 15.4 V 272.0 247.8 10.0 4.0 107.5 >20.0 Pass483.0375 WRAD241 PW MO 205.8 6.6 V 20.0 107.6 >20.0 Pass483.4875 WQBY580 YG FB8 169.1 16.5 V 265.0 287.0 4.6 11.2 107.6 >20.0 Pass483.4375 KX8389 IG FB6 169.1 16.5 V 267.2 287.0 6.3 7.6 107.7 >20.0 Pass483.8875 WIM454 IG FB6 150.8 3.9 V 153.0 152.0 4.0 20.0 107.7 >20.0 Pass482.3500 WPWE567 YG FB8 190.5 40.1 V 161.1 143.2 9.2 11.2 107.8 >20.0 Pass483.6625 WQUE872 IG FB6 169.2 16.5 V 264.0 287.0 4.0 20.0 107.8 >20.0 Pass482.3875 WIL347 IG FB6 177.1 8.5 V 48.0 49.0 9.6 20.0 107.9 >20.0 Pass482.9125 WIL389 YG FB6 169.1 16.5 V 264.3 287.0 2.3 11.2 107.9 >20.0 Pass482.3875 WQBY580 YG FB8 158.8 1.8 V 150.0 152.1 4.6 11.2 108.0 >20.0 Pass483.1000 WQXM642 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 108.0 >20.0 Pass483.9625 WIM303 YG MO8 169.2 16.5 V 7.6 108.0 >20.0 Pass484.4375 WQKR235 YG FB6 219.4 4.4 V 94.6 100.0 10.0 11.2 108.0 >20.0 Pass482.3625 WIK894 PW MO 169.5 3.3 V 11.0 108.2 >20.0 Pass483.4000 WQLA264 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 108.2 >20.0 Pass482.4375 WIJ747 PW FB2 145.3 16.3 V 84.9 56.1 6.0 16.0 108.3 >20.0 Pass

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482.4375 WRAD241 PW MO 205.8 6.6 V 20.0 108.4 >20.0 Pass482.8875 WIL389 YG FB6 169.1 16.5 V 264.3 287.0 2.3 11.2 108.4 >20.0 Pass483.3000 WQLA444 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 108.5 >20.0 Pass483.8375 WPKM616 IG FB6 158.9 1.6 V 181.0 177.0 7.8 11.0 108.5 >20.0 Pass482.9875 WIE305 PW MO 189.6 19.6 V 1.0 11.2 108.6 >20.0 Pass483.7250 WQLD826 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 108.6 >20.0 Pass484.2250 WQXM642 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 108.6 >20.0 Pass484.3375 WIL389 YG MO 178.5 15.8 V 3.7 11.2 108.6 >20.0 Pass484.6375 WIM306 IG FB6 237.9 29.0 V 139.0 143.0 3.0 20.0 108.6 >20.0 Pass483.0000 WQLD826 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 108.7 >20.0 Pass483.1625 WQLA443 YG MO6 195.0 356.0 V 3.0 11.2 108.7 >20.0 Pass483.3500 WPKK703 YG FB6 169.2 16.5 V 264.0 287.0 4.6 4.0 108.9 >20.0 Pass483.4125 WQBY580 YG FB8 169.1 16.5 V 265.0 287.0 4.6 11.2 108.9 >20.0 Pass484.4375 WQKR235 YG FB6 230.4 28.8 V 119.0 113.1 10.0 11.2 108.9 >20.0 Pass484.4625 WIM304 YG MO 211.6 15.4 V 20.0 108.9 >20.0 Pass484.5375 WPLQ505 IG MO 211.6 15.4 V 11.0 108.9 >20.0 Pass482.5000 WQLA444 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 109.0 >20.0 Pass482.7250 WPWE567 YG FB8 190.5 40.1 V 161.1 143.2 9.2 11.2 109.0 >20.0 Pass483.1375 WPKK703 YG FB6 169.2 16.5 V 264.0 287.0 4.6 11.2 109.0 >20.0 Pass483.3875 WPXP211 YG MO8 195.0 356.0 V 11.2 109.0 >20.0 Pass484.5375 WIM566 IG FB6 211.6 15.4 V 272.0 247.0 4.0 20.0 109.0 >20.0 Pass483.4875 WPXP211 YG MO8 195.0 356.0 V 11.2 109.1 >20.0 Pass483.4750 WQLD826 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 109.2 >20.0 Pass484.4125 WQKR235 YG FB6 219.4 4.4 V 94.6 100.0 10.0 11.2 109.2 >20.0 Pass483.6500 WQLA264 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 109.3 >20.0 Pass483.8000 WQLA444 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 109.3 >20.0 Pass483.8875 KNP638 IG FB4 158.9 1.6 V 271.0 267.0 0.7 20.0 109.3 >20.0 Pass484.1500 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 109.3 >20.0 Pass484.5375 WPLS697 YG FB6 198.8 2.1 V 114.0 93.0 6.6 11.0 109.3 >20.0 Pass483.1875 KNS428 IG FB6 158.8 359.4 V 167.0 176.0 7.8 11.0 109.4 >20.0 Pass484.2000 WQLA444 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 109.4 >20.0 Pass483.1250 WQLD826 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 109.5 >20.0 Pass484.0750 WQLA444 YG MO8 169.1 16.5 V 4.3 4.0 109.5 >20.0 Pass482.9875 WIE305 PW MO 189.6 19.6 V 11.2 109.6 >20.0 Pass483.2875 WIJ389 YG FB8 169.1 16.5 V 235.0 254.0 7.8 11.0 109.6 >20.0 Pass483.9125 WIM303 YG MO8 169.2 16.5 V 7.6 109.6 >20.0 Pass484.3875 WQKR235 YG FB6 219.4 4.4 V 94.6 100.0 10.0 11.2 109.6 >20.0 Pass484.5125 WPKC848 IG FB6 211.6 15.4 V 272.0 247.8 4.0 20.0 109.6 >20.0 Pass483.6250 WQXM642 YG FB8 169.1 16.5 V 246.0 287.0 10.0 4.0 109.7 >20.0 Pass483.9625 WIM303 YG FB8 169.2 16.5 V 274.0 287.0 10.0 7.6 109.8 >20.0 Pass483.9750 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 109.8 >20.0 Pass484.2625 WIK680 IG FB6T 177.1 8.5 V 4.6 11.2 109.8 >20.0 Pass484.7125 WIM303 YG FB8 211.6 15.4 V 272.0 247.8 4.0 7.6 109.9 >20.0 Pass483.4250 WQXM642 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 110.0 >20.0 Pass483.5125 WPKM290 IG FB6 158.8 359.4 V 167.0 176.0 7.8 11.0 110.0 >20.0 Pass484.6625 WIK876 IG FB2 145.1 359.9 V 29.0 23.0 0.7 11.2 110.0 >20.0 Pass484.8125 WQUE874 YG FB8 159.0 8.4 V 42.1 18.2 7.6 110.0 >20.0 Pass483.0625 WPWG750 YG MO8 193.4 355.7 V 4.0 110.1 >20.0 Pass483.9875 WPPG282 IG MO 191.9 41.1 V 11.2 110.1 >20.0 Pass482.0500 WQNW963 PW FB2 169.1 16.5 V 265.0 287.0 11.3 110.2 >20.0 Pass482.2125 WQNW963 PW FB2 169.1 16.5 V 265.0 287.0 11.3 110.3 >20.0 Pass

43

483.5500 WQLA444 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 110.3 >20.0 Pass484.4500 WPME391 YG FB8 158.8 359.4 V 167.0 176.0 11.0 110.3 >20.0 Pass483.1125 WPJP712 YG FB6 169.3 16.5 V 243.0 241.0 7.8 11.0 110.4 >20.0 Pass484.2625 WIK680 IG MO 177.1 8.5 V 2.0 11.2 110.4 >20.0 Pass483.3750 WPKK703 YG FB6 169.2 16.5 V 264.0 287.0 4.6 4.0 110.5 >20.0 Pass482.1500 WRBR788 PW FB2 169.1 16.5 V 265.0 287.0 11.3 110.6 >20.0 Pass482.3500 WPUR490 IG FB6 169.1 16.5 V 267.0 287.0 11.2 110.6 >20.0 Pass482.2000 WRBW779 PW FB2 169.1 16.5 V 265.0 287.0 11.3 110.7 >20.0 Pass483.6000 WQLD826 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 110.7 >20.0 Pass484.7875 WQUE874 YG FB8 159.0 8.4 V 42.1 18.2 7.6 110.7 >20.0 Pass482.1625 WRBR788 PW FB2 169.1 16.5 V 265.0 287.0 11.3 110.8 >20.0 Pass482.2250 WQNW963 PW FB2 169.1 16.5 V 265.0 287.0 11.3 110.8 >20.0 Pass484.4375 WQKR235 YG MO6 230.4 28.8 V 3.0 11.2 110.8 >20.0 Pass484.4875 WIL395 IG FB2C 183.6 11.9 V 133.0 37.0 6.1 11.2 110.8 >20.0 Pass482.0625 WRBR788 PW FB2 169.1 16.5 V 265.0 287.0 11.3 110.9 >20.0 Pass483.3625 WPWG750 YG MO8 193.4 355.7 V 4.0 110.9 >20.0 Pass483.5875 WNAS361 IG FB6 158.8 359.4 V 167.0 176.0 7.8 11.0 110.9 >20.0 Pass482.0375 WRBR786 PW FB2 169.1 16.5 V 265.0 287.0 11.3 111.0 >20.0 Pass482.5750 WPUS222 IG FB6 169.1 16.5 V 267.0 287.0 11.2 111.0 >20.0 Pass483.4000 WQLA264 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 111.0 >20.0 Pass484.6250 WQCC785 YG MO8 219.4 4.4 V 11.2 111.0 >20.0 Pass483.5375 KNR968 IG FB6 159.1 359.5 V 135.0 142.0 4.6 20.0 111.1 >20.0 Pass483.9000 WQLA264 YG MO8 169.1 16.5 V 4.3 4.0 111.2 >20.0 Pass483.7250 WQLD826 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 111.3 >20.0 Pass484.5000 WPVT930 IG FB6 169.1 16.5 V 261.0 280.0 11.2 111.3 >20.0 Pass482.0250 WQNW963 PW FB2 169.1 16.5 V 265.0 287.0 11.3 111.4 >20.0 Pass482.1875 WQNW963 PW FB2 169.1 16.5 V 265.0 287.0 11.3 111.4 >20.0 Pass483.9125 WIM303 YG FB8 169.2 16.5 V 274.0 287.0 10.0 7.6 111.4 >20.0 Pass482.1750 WRBR788 PW FB2 169.1 16.5 V 265.0 287.0 11.3 111.5 >20.0 Pass482.3125 WPKY902 YG FB6 150.8 4.0 V 142.7 125.0 4.0 7.6 111.5 >20.0 Pass482.4125 KYL801 PW FB2 160.8 6.9 V 152.0 132.0 2.9 11.2 111.5 >20.0 Pass483.4375 WPKY902 YG FB6 150.8 4.0 V 142.7 125.0 4.0 7.6 111.5 >20.0 Pass483.5375 WPKR735 IG FB6 158.8 359.4 V 167.0 176.0 4.6 11.2 111.5 >20.0 Pass484.4250 WPME391 YG FB8 158.8 359.4 V 167.0 176.0 11.0 111.5 >20.0 Pass485.3625 WIK894 PW FX1 173.8 3.5 V 15.0 6.0 11.0 111.5 >20.0 Pass482.6750 WQBJ726 PW MO 186.3 25.2 V 11.3 111.6 >20.0 Pass482.7000 WPTK524 IG FB6 159.4 359.6 V 173.0 180.0 11.2 111.6 >20.0 Pass484.3125 WIM364 IG MO 211.6 15.4 V 20.0 111.6 >20.0 Pass484.4625 WIM304 YG FB6 211.6 15.4 V 272.0 247.0 4.0 20.0 111.6 >20.0 Pass482.3125 WPQG452 YG FB8 199.9 39.8 V 143.8 137.0 7.8 8.3 111.7 >20.0 Pass483.1375 WQLA443 YG FB6 195.0 356.0 V 169.0 129.8 10.0 11.2 111.7 >20.0 Pass483.1625 WQTN553 YG FB8 169.1 16.5 V 274.0 287.0 3.0 11.2 111.8 >20.0 Pass483.1875 WPKY902 YG FB6 150.8 4.0 V 142.7 125.0 4.0 7.6 111.8 >20.0 Pass483.5625 WQKU818 IG FB6 191.9 41.1 V 150.0 152.0 10.0 11.2 111.8 >20.0 Pass484.2625 WIK680 IG FB6 169.2 16.5 V 265.0 287.0 4.6 11.2 111.8 >20.0 Pass482.0125 WRBS712 PW FB2 169.1 16.5 V 265.0 287.0 11.3 111.9 >20.0 Pass482.2375 WQNW963 PW FB2 169.1 16.5 V 265.0 287.0 11.3 111.9 >20.0 Pass483.4125 WQBY580 YG FB8 158.8 1.8 V 150.0 152.1 4.6 11.2 111.9 >20.0 Pass482.3500 WPWG750 YG MO8 193.4 355.7 V 4.0 112.0 >20.0 Pass483.0625 WPXP211 YG FB8 195.0 356.0 V 103.0 129.8 4.8 11.2 112.0 >20.0 Pass485.3375 WII753 PW FX1 173.8 3.5 V 15.0 6.0 11.0 112.0 >20.0 Pass

44

482.8000 WPXP470 IG FB6 158.8 1.6 V 159.0 152.4 11.2 112.1 >20.0 Pass483.6500 WQLA264 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 112.1 >20.0 Pass483.8000 WQLA444 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 112.1 >20.0 Pass484.3625 WQBC525 IG MO 211.6 15.4 V 20.0 112.1 >20.0 Pass484.4125 WQKR235 YG MO6 230.4 28.8 V 3.0 11.2 112.1 >20.0 Pass483.3375 WQBY576 YG FB8 158.8 1.8 V 150.0 152.1 11.2 112.2 >20.0 Pass484.2000 WQLA444 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 112.2 >20.0 Pass484.5875 WIM329 YG FB8 186.6 16.6 V 138.2 140.2 4.8 7.6 112.2 >20.0 Pass483.5125 WPKM290 IG FB6 169.3 16.5 V 231.0 254.0 7.8 11.0 112.3 >20.0 Pass483.8125 WQBY580 YG FB8 169.1 16.5 V 265.0 287.0 4.6 11.2 112.3 >20.0 Pass484.0625 WIJ389 YG FB8 158.8 1.6 V 181.0 175.0 7.8 11.0 112.3 >20.0 Pass482.6750 WQBJ726 PW FB2 186.3 25.2 V 71.9 59.8 8.0 11.3 112.4 >20.0 Pass483.3375 WPMK989 IG MO 211.6 15.4 V 20.0 112.4 >20.0 Pass483.6250 WQXM642 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 112.5 >20.0 Pass484.1125 WIJ389 YG FB8 158.8 1.6 V 253.0 243.0 7.8 11.0 112.5 >20.0 Pass484.3875 WQKR235 YG MO6 230.4 28.8 V 3.0 11.2 112.5 >20.0 Pass483.0375 WRAD241 PW FB2 205.8 6.6 V 64.0 58.0 6.0 20.0 112.6 >20.0 Pass484.2375 KYR965 IG FB2 169.3 16.5 V 236.0 256.0 6.0 11.2 112.6 >20.0 Pass484.3000 WQXM642 YG FB8 169.1 16.5 V 246.0 287.0 4.0 112.6 >20.0 Pass483.3625 WPJR757 IG MO 211.6 15.4 V 20.0 112.7 >20.0 Pass483.2125 WQUE873 IG MO6 211.6 15.4 V 20.0 112.8 >20.0 Pass483.3625 WPXP211 YG FB8 195.0 356.0 V 103.0 129.8 4.8 11.2 112.8 >20.0 Pass483.9875 WPME835 YG MO8 191.9 41.1 V 1.8 4.0 112.8 >20.0 Pass484.3125 WPKW426 IG FB6 211.6 15.4 V 221.0 196.0 7.8 11.0 112.8 >20.0 Pass483.1625 WQLA443 YG FB6 195.0 356.0 V 169.0 129.8 10.0 11.2 112.9 >20.0 Pass484.3375 WIL389 YG FB6 178.5 15.8 V 115.0 85.0 9.6 11.2 113.0 >20.0 Pass484.4625 WIM304 YG FB8 190.2 11.3 V 153.0 173.0 4.0 11.2 113.0 >20.0 Pass484.6625 WPLU555 YK FB6C 195.0 356.0 V 164.4 129.8 0.5 4.0 113.0 >20.0 Pass483.0875 WPKW417 IG FB6 211.6 15.4 V 221.0 196.0 7.8 11.0 113.1 >20.0 Pass483.5500 WQLA444 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 113.1 >20.0 Pass483.8750 WQXM642 YG FB8 169.1 16.5 V 246.0 287.0 10.0 4.0 113.1 >20.0 Pass484.3625 WPKV404 IG FB6 211.6 15.4 V 221.0 196.0 7.8 11.0 113.3 >20.0 Pass483.1125 WIK344 IG FB6 159.1 359.5 V 135.0 142.0 4.6 11.2 113.4 >20.0 Pass483.3375 WPMK989 IG FB6 211.6 15.4 V 223.0 196.0 5.4 20.0 113.4 >20.0 Pass482.4375 WRAD241 PW FB2 205.8 6.6 V 64.0 58.0 6.0 20.0 113.5 >20.0 Pass483.1125 WIK344 IG FB6 169.3 16.5 V 244.0 256.0 4.6 11.2 113.5 >20.0 Pass483.3875 WPWG750 YG MO8 193.4 355.7 V 4.0 113.5 >20.0 Pass483.6000 WQLD826 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 113.5 >20.0 Pass483.9375 WQCA906 YG FB6 169.1 16.5 V 265.0 287.0 4.6 11.2 113.5 >20.0 Pass483.3125 WQBY576 YG FB8 158.8 1.8 V 150.0 152.1 11.2 113.6 >20.0 Pass483.4875 WPWG750 YG MO8 193.4 355.7 V 4.0 113.6 >20.0 Pass484.2875 WQBY576 YG FB8 158.8 1.8 V 150.0 152.1 11.2 113.7 >20.0 Pass483.3625 WPJR757 IG FB6 211.6 15.4 V 221.0 196.0 5.4 20.0 113.8 >20.0 Pass483.6875 WQUN585 YG FB8 211.6 15.4 V 273.0 248.0 10.0 20.0 113.8 >20.0 Pass483.5125 WPKM290 IG MO 209.9 6.0 V 11.0 113.9 >20.0 Pass484.3625 WPLU555 YK MO 195.0 356.0 V 4.0 113.9 >20.0 Pass484.3625 WPWG750 YG MO8 193.4 355.7 V 4.0 113.9 >20.0 Pass483.8625 WPKK703 YG FB6 169.2 16.5 V 264.0 287.0 4.6 11.2 114.0 >20.0 Pass484.7125 WIM303 YG FB6 224.3 6.0 V 82.6 91.4 7.6 114.0 >20.0 Pass483.4625 WPKY902 YG MO8 207.5 5.9 V 7.6 114.1 >20.0 Pass482.7750 WPVY266 IK FB6C 158.8 359.4 V 173.7 178.0 11.0 114.2 >20.0 Pass

45

484.3125 WIM364 IG FB6 211.6 15.4 V 272.0 247.0 4.0 20.0 114.2 >20.0 Pass484.3125 WPKW426 IG MO 211.6 15.4 V 11.0 114.2 >20.0 Pass485.1750 WRBR788 PW FX1 172.1 18.9 V 22.8 8.5 3.0 11.3 114.2 >20.0 Pass483.3375 WQBY576 YG FB8 158.9 359.5 V 75.1 79.0 11.2 114.4 >20.0 Pass484.6625 WPWG750 YG FB6 193.4 355.7 V 140.7 103.0 0.5 4.0 114.4 >20.0 Pass483.0875 WPKW417 IG MO 211.6 15.4 V 11.0 114.5 >20.0 Pass484.4000 WQJH293 YK MO8 230.8 29.5 V 11.2 114.5 >20.0 Pass483.2375 WPKY902 YG FB8 158.8 1.6 V 159.0 152.4 7.6 114.6 >20.0 Pass484.3625 WPKV404 IG MO 211.6 15.4 V 11.0 114.7 >20.0 Pass482.8375 WPTB905 PW MO 171.3 22.8 V 16.0 114.8 >20.0 Pass484.3625 WQBC525 IG FB6 211.6 15.4 V 272.0 247.0 4.0 20.0 114.8 >20.0 Pass482.3500 WPWG750 YG FB8 193.4 355.7 V 140.7 103.0 5.2 11.2 114.9 >20.0 Pass482.4625 KNM926 PW FB2 145.6 1.1 V 38.0 42.0 5.1 11.0 114.9 >20.0 Pass483.0875 WPJU853 YG FB6 198.8 2.1 V 227.0 93.0 6.6 11.2 114.9 >20.0 Pass483.5375 KNR968 IG FB6 177.1 8.5 V 48.0 50.0 4.6 20.0 114.9 >20.0 Pass483.2875 WIJ389 YG FB8 211.6 15.4 V 223.0 196.0 7.8 11.0 115.0 >20.0 Pass483.4875 WQBY580 YG FB8 177.0 16.8 V 71.5 45.7 10.0 11.2 115.1 >20.0 Pass483.2625 WIJ389 YG FB8 211.6 15.4 V 223.0 196.0 7.8 11.0 115.2 >20.0 Pass483.2625 WIL556 YG FB8 211.6 15.4 V 221.0 196.0 7.8 11.0 115.2 >20.0 Pass483.2625 WPLR672 IG FB6 211.6 15.4 V 206.0 183.0 7.8 11.0 115.2 >20.0 Pass484.1250 WQLD826 YG MO8 169.1 16.5 V 4.3 4.0 115.2 >20.0 Pass484.1625 WPKY902 YG FB6 150.8 4.0 V 142.7 125.0 4.0 7.6 115.3 >20.0 Pass484.3500 WQLF930 YG MO8 211.6 15.4 V 4.3 4.0 115.3 >20.0 Pass483.3875 WPXP211 YG FB8 195.0 356.0 V 103.0 129.8 4.8 11.2 115.4 >20.0 Pass483.8125 WQBY580 YG FB8 158.8 1.8 V 150.0 152.1 4.6 11.2 115.4 >20.0 Pass484.1500 WQLA264 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 115.4 >20.0 Pass483.2125 WQUE873 IG FB6 211.6 15.4 V 273.0 247.8 4.0 20.0 115.5 >20.0 Pass483.4875 WPXP211 YG FB8 195.0 356.0 V 103.0 129.8 4.8 11.2 115.5 >20.0 Pass484.2125 WIM446 YG MO8 186.6 16.6 V 20.0 115.5 >20.0 Pass483.1875 KNS428 IG FB6 209.9 6.0 V 136.0 144.0 7.8 11.0 115.6 >20.0 Pass484.0750 WQLA444 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 115.6 >20.0 Pass483.0250 WPPU967 YG MO 179.6 16.4 V 11.2 115.7 >20.0 Pass483.9625 WQKR235 YG MO6 219.4 4.4 V 3.0 11.2 115.7 >20.0 Pass483.3125 WQBY576 YG FB8 158.9 359.5 V 75.1 79.0 11.2 115.8 >20.0 Pass483.7125 WPWG750 YG MO8 193.4 355.7 V 4.0 115.8 >20.0 Pass484.6125 WIM303 YG FB6 224.3 6.0 V 82.6 91.4 7.6 115.8 >20.0 Pass482.4250 WPPU967 YG MO 179.6 16.4 V 11.2 115.9 >20.0 Pass483.3375 WPXR825 YG MO6 226.1 17.2 V 20.0 115.9 >20.0 Pass483.4875 WQBY580 YG MO8 211.6 15.4 V 2.0 11.2 115.9 >20.0 Pass483.8750 WQXM642 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 115.9 >20.0 Pass483.9750 WQLD826 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 115.9 >20.0 Pass482.7500 WQCD293 IG MO6 211.6 15.4 V 11.2 116.0 >20.0 Pass483.5375 WPKV412 IG FB6 211.6 15.4 V 221.0 196.0 7.8 11.0 116.0 >20.0 Pass484.2875 WQBY576 YG FB8 158.9 359.5 V 75.1 79.0 11.2 116.0 >20.0 Pass482.3625 WQDE716 YW MO 202.7 21.2 V 3.0 11.2 116.1 >20.0 Pass482.8750 WQCB451 IG FB6 243.8 11.6 V 284.0 276.5 6.0 11.2 116.2 >20.0 Pass483.5125 WPKM290 IG FB6 209.9 6.0 V 136.0 144.0 7.8 11.0 116.2 >20.0 Pass484.3500 WQLF930 YG FB8 211.6 15.4 V 272.0 247.8 10.0 4.0 116.3 >20.0 Pass484.3625 WPLU555 YK FB6C 195.0 356.0 V 164.4 129.8 5.2 4.0 116.3 >20.0 Pass482.8375 WPTB905 PW FB2 171.3 22.8 V 67.2 47.2 2.8 16.0 116.4 >20.0 Pass482.9500 WQCB451 IG MO 211.6 15.4 V 11.2 116.4 >20.0 Pass

46

483.1125 WPLU555 YK MO 195.0 356.0 V 4.0 116.4 >20.0 Pass483.1125 WPWG750 YG MO 193.4 355.7 V 4.0 116.4 >20.0 Pass483.2875 WIJ389 YG MO8 211.6 15.4 V 11.0 116.4 >20.0 Pass483.4125 WQBY580 YG FB8 177.0 16.8 V 71.5 45.7 10.0 11.2 116.4 >20.0 Pass483.7875 WII770 IG FB6 211.6 15.4 V 206.0 183.0 7.8 11.0 116.4 >20.0 Pass484.2375 KYR965 IG FB2 172.2 16.6 V 175.0 172.0 8.0 11.2 116.4 >20.0 Pass483.7375 WQBX420 YG FB6 157.9 10.1 V 82.0 91.4 5.2 11.0 116.5 >20.0 Pass482.3500 WQCD295 IG FB6 243.8 11.6 V 284.0 276.5 6.0 11.2 116.6 >20.0 Pass482.7875 WPYC714 IG FB6 211.6 15.4 V 85.0 61.0 4.0 20.0 116.6 >20.0 Pass483.2625 WPLR672 IG MO 211.6 15.4 V 11.0 116.6 >20.0 Pass483.3625 WPJR750 YG MO8 211.6 15.4 V 8.3 116.6 >20.0 Pass482.9750 WQCD295 IG MO6 211.6 15.4 V 11.2 116.7 >20.0 Pass483.2500 WPPU967 YG MO 179.6 16.4 V 11.2 116.7 >20.0 Pass483.4375 WIL556 YG FB6 211.6 15.4 V 221.0 196.0 7.8 11.0 116.8 >20.0 Pass482.7500 WQCD293 IG FB6 211.6 15.4 V 236.2 210.0 6.0 11.2 116.9 >20.0 Pass483.6875 WQBG879 IG FB6 158.8 1.8 V 150.0 152.1 11.2 116.9 >20.0 Pass482.3625 WQDE716 YW FB8 202.7 21.2 V 63.7 63.7 6.0 11.2 117.0 >20.0 Pass483.5625 WPWG750 YG MO8 193.4 355.7 V 4.0 117.0 >20.0 Pass482.9500 WQCB451 IG FB6 211.6 15.4 V 274.0 247.8 6.0 11.2 117.1 >20.0 Pass483.6875 WQUN585 YG MO 211.6 15.4 V 20.0 117.1 >20.0 Pass484.4125 WQKR235 YG FB6 230.4 28.8 V 119.0 113.1 3.0 11.2 117.1 >20.0 Pass483.1125 WIK344 IG FB6 177.1 8.5 V 48.0 50.0 4.6 11.2 117.2 >20.0 Pass483.4125 WQBY580 YG MO8 211.6 15.4 V 2.0 11.2 117.2 >20.0 Pass483.3125 WPXR825 YG MO6 226.1 17.2 V 20.0 117.3 >20.0 Pass483.9000 WQLA264 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 117.3 >20.0 Pass483.9125 WQKR235 YG MO6 219.4 4.4 V 3.0 11.2 117.3 >20.0 Pass482.3875 WPKK703 YG FB6 211.6 15.4 V 275.5 247.8 4.6 11.2 117.4 >20.0 Pass482.9000 WQCD293 IG FB6 243.8 11.6 V 284.0 276.5 6.0 11.2 117.4 >20.0 Pass482.9750 WQCD295 IG FB6 211.6 15.4 V 274.0 247.8 6.0 11.2 117.4 >20.0 Pass483.5375 WPKV412 IG MO 211.6 15.4 V 11.0 117.4 >20.0 Pass482.3250 WPPU967 YG MO 179.6 16.4 V 11.2 117.5 >20.0 Pass483.0000 WQBZ995 IG FB6 243.8 11.6 V 284.0 276.5 6.0 11.2 117.5 >20.0 Pass483.6625 WPJU853 YG FB6 178.5 15.8 V 191.0 85.0 9.6 11.2 117.5 >20.0 Pass484.3875 WQKR235 YG FB6 230.4 28.8 V 119.0 113.1 3.0 11.2 117.5 >20.0 Pass483.0125 WQEE279 PW MO 202.7 21.2 V 3.0 11.2 117.6 >20.0 Pass483.3625 WPJR750 YG FB8 211.6 15.4 V 221.0 196.0 5.4 8.3 117.6 >20.0 Pass483.7125 WQBY627 IG MO 211.6 15.4 V 20.0 117.6 >20.0 Pass483.7875 WIL556 YG FB6 211.6 15.4 V 221.0 196.0 7.8 8.3 117.6 >20.0 Pass482.3375 WQCS621 YW MO 202.7 21.2 V 3.0 11.2 117.7 >20.0 Pass482.6500 WPVB757 IG MO 211.6 15.4 V 11.2 117.7 >20.0 Pass482.8375 WPTB905 PW FB2 169.6 22.6 V 39.9 19.8 1.7 16.0 117.7 >20.0 Pass484.3625 WPWG750 YG FB8 193.4 355.7 V 140.7 103.0 5.2 4.0 117.7 >20.0 Pass483.6375 WPPA916 IG MO 211.6 15.4 V 20.0 117.8 >20.0 Pass484.0250 WQXM642 YG MO8 169.1 16.5 V 4.3 4.0 117.8 >20.0 Pass483.0625 WPWG750 YG FB8 193.4 355.7 V 140.7 103.0 4.8 4.0 117.9 >20.0 Pass483.4375 WPKM800 IG FB6 211.6 15.4 V 194.0 183.0 7.8 8.3 118.0 >20.0 Pass483.8875 WPKY902 YG FB6 150.8 4.0 V 142.7 125.0 4.0 7.6 118.0 >20.0 Pass482.0375 WRBR786 PW FB 170.3 10.3 V 19.3 6.7 3.0 11.3 118.1 >20.0 Pass483.2125 WIH702 IG FB6 192.6 15.3 V 108.0 97.5 4.1 11.0 118.1 >20.0 Pass483.2000 WQCN289 YG FB8 169.3 16.5 V 211.0 229.0 4.8 4.0 118.2 >20.0 Pass484.1500 WQLA264 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 118.2 >20.0 Pass

47

483.5625 WQKU818 IG MO6 211.7 15.4 V 3.0 11.2 118.3 >20.0 Pass482.0625 WRBR788 PW FB 166.8 23.5 V 20.3 6.1 3.0 11.3 118.4 >20.0 Pass482.8375 WPTB905 PW FB 167.9 23.1 V 18.8 7.6 1.7 16.0 118.4 >20.0 Pass484.0750 WQLA444 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 118.4 >20.0 Pass483.0125 WQEE279 PW FB2 202.7 21.2 V 63.7 63.7 6.0 11.2 118.5 >20.0 Pass484.2625 WIK680 IG FB6 159.1 359.5 V 135.0 142.0 4.6 11.2 118.5 >20.0 Pass482.3375 WQCS621 YW FB8 202.7 21.2 V 63.7 63.7 6.0 11.2 118.6 >20.0 Pass483.5250 WQCN289 YG FB8 169.3 16.5 V 211.0 229.0 4.8 4.0 118.6 >20.0 Pass484.1875 WIM320 IG MO 211.6 15.4 V 20.0 118.6 >20.0 Pass482.1625 WRBR787 PW FB 152.0 18.0 V 29.9 7.0 3.0 11.3 118.7 >20.0 Pass482.2250 WQNW961 PW FB 152.0 18.0 V 29.9 7.0 3.0 11.3 118.7 >20.0 Pass483.1125 WPLU555 YK FB6C 195.0 356.0 V 164.4 129.8 5.2 4.0 118.7 >20.0 Pass483.3625 WPWG750 YG FB8 193.4 355.7 V 140.7 103.0 4.8 4.0 118.7 >20.0 Pass483.5000 WQLF930 YG MO8 211.6 15.4 V 4.3 4.0 118.7 >20.0 Pass483.7750 WQLF930 YG MO8 211.6 15.4 V 4.3 4.0 118.7 >20.0 Pass483.9750 WQLD826 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 118.7 >20.0 Pass482.8125 KZP748 PW FB2 170.2 17.3 V 142.0 122.0 3.0 11.0 118.8 >20.0 Pass483.5625 WQKU818 IG FB6 211.7 15.4 V 85.0 60.7 10.0 11.2 118.9 >20.0 Pass483.4125 WPME835 YG FB8 191.9 41.1 V 325.0 152.0 5.2 4.0 119.0 >20.0 Pass484.1625 WQLK839 IG FB2 154.3 358.2 V 45.0 59.0 7.0 7.6 119.0 >20.0 Pass483.1375 WPME835 YG FB8 191.9 41.1 V 325.0 152.0 5.2 4.0 119.1 >20.0 Pass484.3625 WPKV404 IG FX1T 211.6 15.4 V 11.0 119.3 >20.0 Pass483.4375 WPKM800 IG MO 211.6 15.4 V 8.3 119.4 >20.0 Pass482.8500 WQCC785 YG FB8 219.4 4.4 V 94.6 100.0 3.0 11.2 119.5 >20.0 Pass482.1125 KNKM550 CD FXCT 169.4 16.5 V 5.0 16.0 119.7 >20.0 Pass483.5000 WQLF930 YG FB8 211.6 15.4 V 272.0 247.8 10.0 4.0 119.7 >20.0 Pass483.6375 WPLU555 YK MO8 195.0 356.0 V 4.0 119.7 >20.0 Pass483.6375 WPWG750 YG MO8 193.4 355.7 V 4.0 119.7 >20.0 Pass483.7750 WQLF930 YG FB8 211.6 15.4 V 272.0 247.8 10.0 4.0 119.7 >20.0 Pass482.3125 WPKY902 YG MO 211.6 15.4 V 7.6 119.8 >20.0 Pass483.1750 WQLF930 YG MO8 211.6 15.4 V 4.3 4.0 119.8 >20.0 Pass483.6750 WQLF930 YG MO8 211.6 15.4 V 4.3 4.0 119.9 >20.0 Pass483.8125 WQBY580 YG FB8 177.0 16.8 V 71.5 45.7 10.0 11.2 119.9 >20.0 Pass483.8375 WPQE404 YG FB8 215.2 29.5 V 129.0 122.0 7.8 11.0 119.9 >20.0 Pass483.9625 WQKR235 YG FB6 219.4 4.4 V 94.6 100.0 10.0 11.2 119.9 >20.0 Pass483.1875 WPKY902 YG MO 211.6 15.4 V 7.6 120.0 >20.0 Pass483.4875 WQBY580 YG FB8 211.6 15.4 V 275.5 247.8 4.6 11.2 120.0 >20.0 Pass484.2875 WPXR825 YG MO8 226.1 17.2 V 11.2 120.0 >20.0 Pass483.1125 WPWG750 YG FB6 193.4 355.7 V 140.7 103.0 5.2 4.0 120.1 >20.0 Pass483.9000 WQLA264 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 120.1 >20.0 Pass482.8500 WQCC785 YG MO8 219.4 4.4 V 11.2 120.2 >20.0 Pass483.5625 WQKU818 IG MO6 230.4 28.8 V 3.0 11.2 120.2 >20.0 Pass484.2500 WQCN289 YG FB8 169.3 16.5 V 211.0 229.0 4.8 4.0 120.2 >20.0 Pass484.4000 WQJH293 YK FB8C 230.8 29.5 V 71.3 79.6 11.2 120.2 >20.0 Pass483.7125 WQBY627 IG FB6 211.6 15.4 V 272.0 247.8 4.0 20.0 120.3 >20.0 Pass483.1625 WIM306 IG MO 237.9 29.0 V 20.0 120.4 >20.0 Pass484.2500 WQCN289 YG FB8 226.1 17.2 V 93.3 91.5 7.0 11.2 120.4 >20.0 Pass483.6375 WPPA916 IG FB6 211.6 15.4 V 272.0 248.0 4.0 20.0 120.5 >20.0 Pass484.1625 WPKM623 IG FB6 211.6 15.4 V 200.0 177.0 7.8 11.0 120.6 >20.0 Pass482.7000 WPXR825 YG MO8 226.1 17.2 V 11.2 120.7 >20.0 Pass482.8750 WQCB451 IG MO 243.8 11.6 V 11.2 120.7 >20.0 Pass

48

483.1750 WQLF930 YG FB8 211.6 15.4 V 272.0 247.8 10.0 4.0 120.7 >20.0 Pass483.8125 WQBY580 YG MO8 211.6 15.4 V 2.0 11.2 120.7 >20.0 Pass483.9625 WQKR235 YG FB6 230.4 28.8 V 119.0 113.1 10.0 11.2 120.8 >20.0 Pass482.5250 WQCC785 YG FB8 219.4 4.4 V 94.6 100.0 3.0 11.2 120.9 >20.0 Pass482.8375 WPTB905 PW FXO 169.1 23.2 V 17.4 35.0 11.0 120.9 >20.0 Pass483.3375 WPXR825 YG FB6 226.1 17.2 V 121.0 122.8 20.0 120.9 >20.0 Pass483.6750 WQLF930 YG FB8 211.6 15.4 V 272.0 247.8 10.0 4.0 120.9 >20.0 Pass482.3625 WIK894 PW FB2 167.2 3.1 V 19.0 21.0 0.6 11.0 121.0 >20.0 Pass482.3625 WIK894 PW FB2 169.5 3.3 V 30.0 30.0 0.6 11.0 121.1 >20.0 Pass482.3500 WQCD295 IG MO6 243.8 11.6 V 11.2 121.2 >20.0 Pass483.5750 WQJH293 YK MO8 230.8 29.5 V 11.2 121.2 >20.0 Pass483.3875 WPWG750 YG FB8 193.4 355.7 V 140.7 103.0 4.8 4.0 121.3 >20.0 Pass483.4125 WQBY580 YG FB8 211.6 15.4 V 275.5 247.8 4.6 11.2 121.3 >20.0 Pass484.1250 WQLD826 YG FB8 169.1 16.5 V 264.0 287.0 10.0 4.0 121.3 >20.0 Pass484.1875 WIM320 IG FB6 211.6 15.4 V 272.0 247.8 4.0 20.0 121.3 >20.0 Pass482.8375 WPTB905 PW FXO 167.9 23.2 V 14.1 12.0 11.0 121.4 >20.0 Pass483.1375 WPKK703 YG FB6 211.6 15.4 V 275.5 247.8 4.6 11.2 121.4 >20.0 Pass483.4875 WPWG750 YG FB8 193.4 355.7 V 140.7 103.0 4.8 4.0 121.4 >20.0 Pass483.7625 WPKV979 YG MO 211.6 15.4 V 3.7 11.2 121.4 >20.0 Pass482.2000 WRBW778 PW FB 187.7 16.8 V 18.0 8.5 3.0 11.3 121.5 >20.0 Pass483.9125 WQKR235 YG FB6 219.4 4.4 V 94.6 100.0 10.0 11.2 121.5 >20.0 Pass484.1750 WQLF930 YG MO8 211.6 15.4 V 4.3 4.0 121.5 >20.0 Pass482.5250 WQCC785 YG MO8 219.4 4.4 V 11.2 121.6 >20.0 Pass482.6375 KZP748 PW FB2 170.2 17.3 V 142.0 122.0 3.0 11.0 121.6 >20.0 Pass483.1125 WPKU812 IG MO 230.4 28.8 V 1.8 4.0 121.6 >20.0 Pass482.3875 WQBY580 YG FB6 224.3 6.0 V 312.5 317.3 11.2 121.7 >20.0 Pass482.6250 WPVA505 IG MO 211.6 15.4 V 11.2 121.7 >20.0 Pass484.2750 WPKK703 YG MO6 211.6 15.4 V 2.0 4.0 121.7 >20.0 Pass482.8375 WQQI576 PW FXO 165.8 23.3 V 4.2 10.2 11.0 121.8 >20.0 Pass483.1625 WIM306 IG FB6 237.9 29.0 V 139.0 143.0 3.0 20.0 121.8 >20.0 Pass483.7375 WPXR825 YG MO6 226.1 17.2 V 20.0 121.8 >20.0 Pass484.1625 WIL556 YG FB8 211.6 15.4 V 221.0 196.0 7.8 8.3 121.8 >20.0 Pass483.1500 WPYC727 IG FB6 158.8 1.6 V 83.0 76.0 11.2 121.9 >20.0 Pass482.8375 WPTB905 PW FXO 166.8 22.3 V 21.7 9.0 11.0 122.0 >20.0 Pass482.9000 WQCD293 IG MO6 243.8 11.6 V 11.2 122.0 >20.0 Pass483.0000 WQBZ995 IG MO6 243.8 11.6 V 11.2 122.0 >20.0 Pass483.6375 WPLU555 YK FB8C 195.0 356.0 V 164.4 129.8 5.2 4.0 122.0 >20.0 Pass484.1625 WPKM623 IG MO 211.6 15.4 V 11.0 122.0 >20.0 Pass483.3125 WPXR825 YG FB6 226.1 17.2 V 121.0 122.8 20.0 122.3 >20.0 Pass484.2125 WIM446 YG FB8 186.6 16.6 V 142.1 140.2 20.0 122.3 >20.0 Pass484.2625 WIK680 IG FB6 177.1 8.5 V 48.0 49.0 4.6 11.2 122.3 >20.0 Pass482.5875 WIH374 PW FB2 188.4 12.2 V 17.0 24.0 4.1 11.2 122.4 >20.0 Pass482.9875 WIE305 PW FB2 189.6 19.6 V 24.2 12.0 3.0 11.2 122.4 >20.0 Pass483.4625 WPKY902 YG FB8 207.5 5.9 V 133.0 136.0 4.0 7.6 122.4 >20.0 Pass483.7625 WPKV979 YG FB6 211.6 15.4 V 149.0 124.0 6.6 11.2 122.4 >20.0 Pass483.9125 WQKR235 YG FB6 230.4 28.8 V 119.0 113.1 10.0 11.2 122.4 >20.0 Pass482.3125 WPKY902 YG FB6 211.6 15.4 V 273.0 247.8 4.0 7.6 122.5 >20.0 Pass483.7375 WIK643 IG MO 177.7 11.1 V 7.6 122.5 >20.0 Pass483.8125 WPME835 YG FB8 191.9 41.1 V 325.0 152.0 5.2 4.0 122.5 >20.0 Pass484.1750 WQLF930 YG FB8 211.6 15.4 V 272.0 247.8 10.0 4.0 122.5 >20.0 Pass482.3375 WII753 PW FB2 167.2 3.1 V 19.0 21.0 0.6 11.0 122.6 >20.0 Pass

49

482.0125 WRBS712 PW FB 184.8 12.2 V 3.2 12.2 3.0 11.3 122.7 >20.0 Pass482.3375 WII753 PW FB2 169.5 3.3 V 30.0 30.0 0.6 11.0 122.7 >20.0 Pass483.1875 WPKY902 YG FB6 211.6 15.4 V 273.0 247.8 4.0 7.6 122.7 >20.0 Pass483.2375 WQBY576 YG FB6 211.6 15.4 V 275.5 247.8 11.2 122.7 >20.0 Pass483.7500 WQLF930 YG MO8 211.6 15.4 V 4.3 4.0 122.8 >20.0 Pass483.9625 WQKR235 YG MO6 230.4 28.8 V 3.0 11.2 122.8 >20.0 Pass483.0250 WPPU967 YG FB8 179.6 16.4 V 24.0 15.0 11.2 122.9 >20.0 Pass482.4250 WPPU967 YG FB8 179.6 16.4 V 24.0 15.0 11.2 123.1 >20.0 Pass483.4125 WQBY580 YG FB8 186.6 16.6 V 0.0 140.2 4.6 7.6 123.1 >20.0 Pass482.1500 WRBR787 PW FB 176.8 12.9 V -11.7 7.9 3.0 11.3 123.2 >20.0 Pass483.1125 WPKU812 IG FB6 230.4 28.8 V 229.0 113.0 5.2 4.0 123.2 >20.0 Pass483.1375 WQBY580 YG FB8 186.6 16.6 V 0.0 140.2 4.6 7.6 123.2 >20.0 Pass483.9375 WPLU555 YK MO8 195.0 356.0 V 4.0 123.2 >20.0 Pass483.9375 WPWG750 YG MO8 193.4 355.7 V 4.0 123.2 >20.0 Pass483.6375 WPWG750 YG FB8 193.4 355.7 V 140.7 103.0 5.2 4.0 123.4 >20.0 Pass483.8875 WIJ389 YG FB8 211.6 15.4 V 223.0 196.0 7.8 11.0 123.4 >20.0 Pass483.8875 WIL556 YG FB8 211.6 15.4 V 221.0 196.0 7.8 11.0 123.4 >20.0 Pass482.9250 WPXU766 IG FB6 211.6 15.4 V 85.0 61.0 11.2 123.5 >20.0 Pass482.6250 WPVA505 IG FB6 211.6 15.4 V 272.0 247.8 11.2 123.7 >20.0 Pass484.1875 WIL301 YG FB2 184.7 14.6 V 126.0 107.0 6.3 7.6 123.7 >20.0 Pass483.7500 WQLF930 YG FB8 211.6 15.4 V 272.0 247.8 10.0 4.0 123.8 >20.0 Pass483.2500 WPPU967 YG FB8 179.6 16.4 V 24.0 15.0 11.2 123.9 >20.0 Pass483.9375 WQCA906 YG MO8 211.6 15.4 V 11.2 123.9 >20.0 Pass484.0250 WQXM642 YG FB8 169.1 16.5 V 246.0 287.0 10.0 4.0 124.0 >20.0 Pass483.8625 WPKK703 YG MO6 211.6 15.4 V 2.0 7.6 124.1 >20.0 Pass483.9875 WPWG750 YG MO 193.4 355.7 V 4.0 124.1 >20.0 Pass483.9875 WQBX420 YG FB6 157.9 10.1 V 82.0 91.4 5.2 11.0 124.1 >20.0 Pass484.1250 WQLD826 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 124.1 >20.0 Pass483.7875 WII770 IG FB6 211.6 15.4 V 206.0 183.0 11.0 124.2 >20.0 Pass483.5875 WPJR750 YG MO8 211.6 15.4 V 4.0 124.3 >20.0 Pass482.4500 WPMM405 YG FB8 184.7 14.6 V 52.0 33.0 7.6 124.4 >20.0 Pass482.6500 WPVB757 IG FB6 211.6 15.4 V 272.0 247.8 11.2 124.4 >20.0 Pass483.7125 WPWG750 YG FB8 193.4 355.7 V 140.7 103.0 4.0 4.0 124.4 >20.0 Pass483.9125 WQKR235 YG MO6 230.4 28.8 V 3.0 11.2 124.4 >20.0 Pass483.6375 WEC268 IG FB4 237.9 29.0 V 137.0 143.0 2.7 11.2 124.5 >20.0 Pass484.0125 WPME835 YG MO8 191.9 41.1 V 1.8 4.0 124.5 >20.0 Pass482.8375 WQQI576 PW FXO 168.9 24.0 V 20.4 11.0 11.0 124.6 >20.0 Pass484.1125 WIJ389 YG FB8 169.1 16.5 V 235.0 254.0 7.8 11.0 124.6 >20.0 Pass482.3250 WPPU967 YG FB8 179.6 16.4 V 24.0 15.0 11.2 124.7 >20.0 Pass483.8125 WQBY580 YG FB8 211.6 15.4 V 275.5 247.8 4.6 11.2 124.8 >20.0 Pass484.2875 WPXR825 YG FB8 226.1 17.2 V 121.0 122.8 11.2 125.0 >20.0 Pass483.5625 WQKU818 IG FB6 230.4 28.8 V 119.0 113.1 3.0 11.2 125.2 >20.0 Pass483.7375 WIK643 IG FB2 177.7 11.1 V 5.0 23.0 4.8 7.6 125.2 >20.0 Pass483.5875 WPJR750 YG FB8 211.6 15.4 V 221.0 196.0 5.4 4.0 125.4 >20.0 Pass483.9375 WPLU555 YK FB8C 195.0 356.0 V 164.4 129.8 5.2 4.0 125.5 >20.0 Pass482.7000 WPXR825 YG FB8 226.1 17.2 V 121.0 122.8 11.2 125.7 >20.0 Pass484.2750 WPKK703 YG FB6 211.6 15.4 V 275.5 247.8 4.6 4.0 125.8 >20.0 Pass483.9375 WQCA906 YG FB8 211.6 15.4 V 275.5 247.8 4.6 11.2 126.0 >20.0 Pass483.8625 WPKK703 YG FB6 211.6 15.4 V 275.5 247.8 4.6 11.2 126.4 >20.0 Pass482.4750 WPMM405 YG FB8 184.7 14.6 V 52.0 33.0 7.6 126.7 >20.0 Pass483.7375 WPXR825 YG FB6 226.1 17.2 V 121.0 122.8 20.0 126.8 >20.0 Pass

50

484.0250 WQXM642 YG FB8 158.8 1.6 V 156.0 150.0 10.0 4.0 126.8 >20.0 Pass483.5750 WQJH293 YK FB8C 230.8 29.5 V 71.3 79.6 11.2 127.0 >20.0 Pass483.9375 WPWG750 YG FB8 193.4 355.7 V 140.7 103.0 5.2 4.0 127.0 >20.0 Pass483.6125 WIM409 IG FB2 169.4 10.5 V 55.0 49.0 3.0 7.6 127.1 >20.0 Pass483.1500 WPTS208 IG FB6 194.5 14.9 V 132.0 105.8 11.2 127.4 >20.0 Pass484.0625 WIJ389 YG FB8 169.1 16.5 V 235.0 254.0 11.0 127.5 >20.0 Pass484.0375 WIL389 YG MO 178.5 15.8 V 3.7 11.2 127.7 >20.0 Pass483.9500 WPYM817 IG FB6 177.5 8.4 V 42.0 20.0 11.2 128.0 >20.0 Pass483.8625 WQBY580 YG FB8 186.6 16.6 V 0.0 140.2 4.6 7.6 128.2 >20.0 Pass483.9875 WPME835 YG FB8 191.9 41.1 V 325.0 152.0 5.2 4.0 128.2 >20.0 Pass484.0875 WPME387 IG FB6 238.1 29.1 V 133.4 140.2 6.5 11.0 128.2 >20.0 Pass483.9250 WPYI937 IG FB6 177.5 8.4 V 42.0 20.0 11.2 128.6 >20.0 Pass484.1000 WQMM550 YG FB8 169.1 16.5 V 265.0 287.0 4.0 128.6 >20.0 Pass483.9875 WPPG282 IG FB6 191.9 41.1 V 158.0 152.0 0.1 11.2 128.8 >20.0 Pass483.5625 WPWG750 YG FB8 193.4 355.7 V 140.7 103.0 0.5 4.0 129.1 >20.0 Pass484.1375 WPKC839 YG MO8 211.6 15.4 V 20.0 129.2 >20.0 Pass483.9875 WPXR825 YG MO8 226.1 17.2 V 20.0 129.4 >20.0 Pass484.0875 WPME387 IG MO6 238.1 29.1 V 11.0 130.0 >20.0 Pass484.5625 WIJ498 PW FB 175.1 12.0 V 15.0 3.0 11.2 131.3 >20.0 Pass483.9875 WPWG750 YG FB6 193.4 355.7 V 140.7 103.0 5.2 4.0 131.5 >20.0 Pass484.1375 WPKC839 YG FB8 211.6 15.4 V 272.0 247.8 4.0 20.0 131.8 >20.0 Pass484.0375 WIL389 YG FB6 178.5 15.8 V 115.0 85.0 9.6 11.2 132.0 >20.0 Pass482.8375 WQQI576 PW FXO 171.1 23.0 V 1.9 9.0 11.0 132.3 >20.0 Pass484.1000 WQCC785 YG MO8 219.4 4.4 V 11.2 133.6 >20.0 Pass482.1750 WRBR788 PW FB 172.1 18.9 V 22.8 8.5 3.0 11.3 134.0 >20.0 Pass483.9875 WPXR825 YG FB8 226.1 17.2 V 121.0 122.8 20.0 134.4 >20.0 Pass484.1000 WQCC785 YG FB8 219.4 4.4 V 94.6 100.0 11.2 135.9 >20.0 Pass484.0125 WQBY653 IG MO 211.6 15.4 V 20.0 137.6 >20.0 Pass482.8375 WIJ498 PW FB 175.1 12.0 V 15.0 3.0 10.0 139.0 >20.0 Pass484.0125 WPME835 YG FB8 191.9 41.1 V 325.0 152.0 5.2 4.0 139.9 >20.0 Pass484.0125 WQBY653 IG FB6 211.6 15.4 V 272.0 247.8 4.0 20.0 140.3 >20.0 Pass484.0125 WIM329 YG FB8 186.6 16.6 V 138.2 140.2 4.8 7.6 143.8 >20.0 Pass

Notes:1. Mobile analysis performed within a defined area of operation from mobile LM coordinates2. Mobile Distance/Azimuth is to the cell with the lowest margin3. Average mobile interference and/or overload margins are shown4. 48 km radius used for mobile area of operation if not specified in authorization