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Length Power Dynamic Viscosity Heat Flux

5.7 1800 1

68. !81.6707 0.000671"7

Volume #nergy $inematic Viscosity %&eci'ic #ner

1 1!650 1

!.7851(8 .000(05( 0.000001

)olar Flowrate )ass )ass Flowrate %&eci'ic Hea

1 5 1

0.!786675 "".(07 0.00755"87

Volumetric Flowrate Density Heat *rans'er +oe''icient

"0 6(. 1(88.0("6 0."""551" 0.0005678!

Pressure ,rea *hermal +on-uctiity

1.7 1 1

1.0!!51(!1 (.7105!6" 0.017!07!5 P/+#%% +2*/L %3%*#)

4P%*/#,) P/+#%% #22##

42* +2V#/%2 P//,)

Please contact mehryar.beyk@aramco.com if you have any suggestions to improve this program.

P/+#%% #22##/2

lb / ft3ft hp centipoise Btu / hr . ft2

in ton (refrig.) lb / ft . sec watt / m2

gal (US) Btu centistoke Btu / lb

lit kW . hr m2 / sec joule / kg

lb-mol / hr kg lb / hr Btu / lb . F

Mscf / hr lb kg / min joule / kg . C

m 3 / hr lb / ft3 Btu / hr . ft2 . F

ft 3 / min SG (liquid) watt / cm2 . C

psi hectare Btu / hr . ft . F

kg / cm2 acre watt / cm . C

http://livelink.aramco.com.sa/livelink/livelink.exe?func=ll&objId=12074124&objAction=browse&sort=namehttp://livelink.aramco.com.sa/livelink/livelink.exe?func=ll&objId=12074124&objAction=browse&sort=name

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CALENDER FOR 2015

JANUARY FEBRUARY MARCH

WK SUN MON TUE WED THU FRI SAT WK SUN MON TUE WED THU FRI SAT WK SUN MON TUE WED THU FRI SAT

1 0 0 0 0 1 2 3 5 1 2 3 4 5 6 7 9 1 2 3 4 5 6 7

2 4 5 6 7 8 9 10 6 8 9 10 11 12 13 14 10 8 9 10 11 12 13 14

3 11 12 13 14 15 16 17 7 15 16 17 18 19 20 21 11 15 16 17 18 19 20 21

4 18 19 20 21 22 23 24 8 22 23 24 25 26 27 28 12 22 23 24 25 26 27 28

5 25 26 27 28 29 30 31 9 0 0 0 0 0 0 0 13 29 30 31 0 0 0 0

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

ARIL MAY JUNE

WK SUN MON TUE WED THU FRI SAT WK SUN MON TUE WED THU FRI SAT WK SUN MON TUE WED THU FRI SAT

14 0 0 0 1 2 3 4 18 0 0 0 0 0 1 2 23 0 1 2 3 4 5 6

15 5 6 7 8 9 10 11 19 3 4 5 6 7 8 9 24 7 8 9 10 11 12 13

16 12 13 14 15 16 17 18 20 10 11 12 13 14 15 16 25 14 15 16 17 18 19 20

17 19 20 21 22 23 24 25 21 17 18 19 20 21 22 23 26 21 22 23 24 25 26 27

18 26 27 28 29 30 0 0 22 24 25 26 27 28 29 30 27 28 29 30 0 0 0 0

0 0 0 0 0 0 0 0 23 31 0 0 0 0 0 0 0 0 0 0 0 0 0 0

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Outstanding Checks +hecoo /econciliation& ATM ithdra!als

Check" Amount Check" Amount #nding $alance Checkbook

%'(((.)) %((.)) on *tatement %(+.)) $alance

$ank

,eposits Charges

-ot Credited

nterest

Total ,eposits

-ot Credited %).))

Total / 0%'((.))1 Total 2 %).))

*otal 1 ( shoul- e the same*otal 1 ( Di''erence 999

Total !ithdra!als outstanding3 %4'+56.)) %utract :8;778.00 'rom checoo

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7ile -ame3 82/)))85.9ls *heet -ame3 :oan Payment

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7ile -ame3 82/)))85.9ls *heet -ame3 :oan Payment

#nd of

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6/28

7ile -ame3 82/)))85.9ls *heet -ame3 :oan Payment

#nd of

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7ile -ame3 82/)))85.9ls *heet -ame3 :oan Payment

#nd of

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7ile -ame3 82/)))85.9ls *heet -ame3 :oan Payment

#nd of

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7ile -ame3 82/)))85.9ls *heet -ame3 :oan Payment

#nd of

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11/28

7ile -ame3 82/)))85.9ls *heet -ame3 :oan Payment

#nd of

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7ile -ame3 82/)))85.9ls *heet -ame3 :oan Payment

#nd of

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$ody Mass nde9 & Calorie Calculator-OT#3 -ot to be used for health or !eight purposes

eight 0in pounds1 /52

=eight 0in inches1 ++.5

Age 0in years1 58 omen Men

/8.+8 2)./(

Appro9imate daily calorie intake to

maintain a !eight of /52 pounds.

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2ame %ystolic > ma9imum pressure in blood vessels !hen heart beats.

oer minimum pressure in blood vessels bet!een beats.

Date *ime %ystolic Diastolic Pulse Pressure

/

2

8

6

5

+

(

4/)

//

/2

/8

/6

/5

/+

/(

/

/42)

2/

22

28

26

25

2+

2(

2

24

8)

8/

82

88

6

+

/)

/2

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+onersion +alculator)etric to #nglish #nglish to )etric

Millimeters> nches nches> Millimeters

/+4 Centimeters> ++.585688/ nches nches> Centimeters

Meters> 7eet 7eet> Meters

Meters> Miles Miles> ilometers

Celsius> 7ahrenheit 7ahrenheit> Celsius

rams> Ounces Ounces> rams

+4 ilograms> /52.//45/ Pounds Pounds> ilograms

:iters> Buarts Buarts> :iters

:iters> allons allons> :iters

adians> ,egrees ,egrees> adians

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+onert7rom To

/) Meters

9 /))) is the multiplier

/)))) Millimeters

Meters Millimeters

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/ight *riangle %oler#nter O-:< TO kno!n pieces of information

,egrees

a b c < D

a>

b>

c>

E> 4)

D>

Degree +onerteregrees entere as a ec ma ! e converte to eg' n' ec

+ ,egrees + + ,egrees

< """ Minutes 25 "FA:G#H Minutes

*econds "FA:G#H *econds

c "FA:G#H Angle as a decimal

a 2*#= The ,egree Converter above has

no influence on the ight Triangle

D calculations.

E b

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*a& Drill %i>e For nch )etric 60 Degree *hrea-s4se the chart to the right to otain the correct -iameter 'or numer screws

Cold 7orm *cre! *cre!

2+H Tap ,rill *iIe Tap ,rill *iIe -umber ,iameter

*cre! ,iameter inches inches inches ))) .)86

Threads per inch mm mm )) .)6(

Percent Thread (5 J ) .)+)

/ .)(8

,rill nches ,rill nches 2 .)+

Closest nch ,rill $its8 .)44

6 .//2

Closest Millimeter ,rill $its5 ./25

+ ./8

( ./5/

Cold 7orm ./+6

)#*/+ Tap ,rill *iIe Tap ,rill *iIe 4 ./((

*cre! ,iameter mm mm mm /) ./4)

Thread Pitch mm inches inches /2 .2/+

Percent Thread (5 J /6 .262

Appro9imate Threads Per nch

,rill nches ,rill nches -ote3

Closest nch ,rill $itsThis !ill not !ork

!ith Pipe Taps

Closest Millimeter ,rill $its

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Drill

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7raction

,ecimal

-umber

Millimeter

7raction

,ecimal

-umber

Millimeter

7raction

,ecimal

:etter

Millimeter

7raction

,ecimal

:etter

Millimeter

7raction

,ecimal

Millimeter

.)6)) +) ./22) 8./) /5;+6 .2866 8; .8(5) 24;82 .4)+2

.)6/) 54 /; ./25) .28+2 +.)) .8(() F 54;+6 .42/4

.)6/8 /.)5 ./2+) 8.2) .28) $ .8() 4.+) .4252 28.5).)62) 5 ./2) 8.25 .26)2 +./) .8/4 4.() /5;/+ .48(5

.)68) 5( ./25 8) .262) C .884 4.(5 .4664 26.))

.)688 /./) ./244 8.8) .266/ +.2) .85 4.) +/;+6 .458/

.)658 /./5 ./884 8.6) .26+) , .8+) .4+6+ 26.5)

.)6+5 5+ ./8+) 24 .26+/ +.25 .84 4.4) 8/;82 .4+8;+6 .)6+4 ./8( 8.5) .26) +.8) 25;+6 .84)+ .468 25.))

.)6(2 /.2) ./6)5 2 /;6 .25)) # .848( /).)) +8;+6 .466

.)642 /.25 4;+6 ./6)+ .252) +.6) .84() E / /.))))

.)5/2 /.8) ./6/( 8.+) .2554 +.5) .6)6) < /.))84 25.5)

.)52) 55 ./66) 2( .25() 7 /8;82 .6)+2 /?/;+6 /.)/5+

.)58/ /.85 ./65( 8.() .254 +.+) .6/8) D /.)28+ 2+.))

.)55) 56 ./6() 2+ .2+/) .6/86 /).5) /?/;82 /.)8/2

.)55/ /.6) ./6(+ 8.(5 .2+8 +.() 2(;+6 .62/4 /.)688 2+.5)

.)5(/ /.65 ./645 25 /(;+6 .2+5+ .688/ //.)) /?8;+6 /.)6+4

.)54/ /.5) ./64+ 8.) .2+5( +.(5 (;/+ .68(5 /?/;/+ /.)+25

.)545 58 ./52) 26 .2++) = .652 //.5) /.)+8) 2(.))

.)+/) /.55 ./585 8.4) .2+(( +.) 24;+6 .658/ /?5;+6 /.)(//;/+ .)+25 ./56) 28 .2(/( +.4) /5;82 .6+ /.)2( 2(.5)

.)+8) /.+) 5;82 ./5+2 .2(2) .6(26 /2.)) /?8;82 /.)48

.)+85 52 ./5() 22 .2(5+ (.)) 8/;+6 .666 /./)26 2.))

.)+5) /.+5 ./5(5 6.)) .2(() K .642/ /2.5) /?(;+6 /./)46

.)++4 /.() ./54) 2/ .2(45 (./) /;2 .5))) /./22) 2.5)

.)+() 5/ ./+/) 2) .2/) .5// /8.)) /?/; /./25)

.)+4 /.(5 ./+/6 6./) 4;82 .2/2 88;+6 .5/5+ /?4;+6 /./6)+

.)()) 5) ./+56 6.2) .285 (.2) /(;82 .58/2 /./6/( 24.))

.)()4 /.) ./++) /4 .256 (.25 .58/5 /8.5) /?5;82 /./5+2

.)(2 /.5 ./+(8 6.25 .2(6 (.8) 85;+6 .56+4 /./+/6 24.5)

.)(8) 64 ./+48 6.8) .24)) : .55/2 /6.)) /?//;+6 /./(/4

.)(6 /.4) ./+45 / .24/8 (.6) 4;/+ .5+25 /./// 8).))

.)(+) 6 //;+6 ./(/4 .245) M .5()4 /6.5) /?8;/+ /./(5

.)(+ /.45 ./(8) /( .2458 (.5) 8(;+6 .5(/ /.2)) 8).5)5;+6 .)(/ ./(82 6.6) /4;+6 .24+4 .54)+ /5.)) /?/8;+6 /.2)8/

.)(5 6( ./(() /+ .2442 (.+) /4;82 .548 /?(;82 /.2/

.)(( 2.)) ./((2 6.5) .8)2) - 84;+6 .+)46 /.22)5 8/.))

.))( 2.)5 ./)) /5 .8)8/ (.() .+/)2 /5.5) /?/5;+6 /.2866

.)/) 6+ ./// 6.+) .8)5/ (.(5 5; .+25) /.26)2 8/.5)

.)2) 65 ./2) /6 .8)(/ (.) .+244 /+.)) /?/;6 /.25))

.)2( 2./) ./5) /8 6.() .8//) (.4) 6/;+6 .+6)+ /.254 82.))

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7raction

,ecimal

-umber

Millimeter

7raction

,ecimal

-umber

Millimeter

7raction

,ecimal

-umber

Millimeter

7raction

,ecimal

:etter

Millimeter

7raction

,ecimal

:etter

Millimeter

.))54 4( )./5 .)658 /./5 ./8( 8.5) .252) +.6) /8;82 .6)+2

.))+8 4+ )./+ .)6+5 5+ ./6)5 2 .2554 +.5) .6/8) D

.))+( 45 )./( 8;+6 .)6+4 4;+6 ./6)+ .25() 7 .6/86 /).5)

.))(/ 46 )./ .)6(2 /.2) ./6/( 8.+) .254 +.+) 2(;+6 .62/4

.))(5 48 )./4 .)642 /.25 ./66) 2( .2+/) .688/ //.))

.))(4 42 ).2) .)5/2 /.8) ./65( 8.() .2+8 +.() (;/+ .68(5

.))8 4/ ).2/ .)52) 55 ./6() 2+ /(;+6 .2+5+ .652 //.5)

.))( 4) ).22 .)58/ /.85 ./6(+ 8.(5 .2+5( +.(5 24;+6 .658/

.))4/ 4 ).28 .)55) 56 ./645 25 .2++) = /5;82 .6+

.))46 ).26 .)55/ /.6) ./64+ 8.) .2+(( +.) .6(26 /2.))

.))45 .)5(/ /.65 ./52) 26 .2(/( +.4) 8/;+6 .666

.))4 ).25 .)54/ /.5) ./585 8.4) .2(2) .642/ /2.5)

.)/)) ( .)545 58 ./56) 28 .2(5+ (.)) /;2 .5)))

.)/)2 ).2+ .)+/) /.55 5;82 ./5+2 .2(() K .5// /8.))

.)/)5 + /;/+ .)+25 ./5() 22 .2(45 (./) 88;+6 .5/5+

.)/)+ ).2( .)+8) /.+) ./5(5 6.)) .2/) /(;82 .58/2.)//) 5 ).2 .)+85 52 ./54) 2/ 4;82 .2/2 .58/5 /8.5).)//6 ).24 .)+5) /.+5 ./+/) 2) .285 (.2) 85;+6 .56+4.)//5 6 .)++4 /.() ./+/6 6./) .256 (.25 .55/2 /6.)).)// ).8) .)+() 5/ ./+56 6.2) .2(6 (.8) 4;/+ .5+25.)/2) 8 .)+4 /.(5 ./++) /4 .24)) : .5()4 /6.5).)/25 2 .)()) 5) ./+(8 6.25 .24/8 (.6) 8(;+6 .5(/.)/2+ ).82 .)()4 /.) ./+48 6.8) .245) M .54)+ /5.)).)/8) / .)(2 /.5 ./+45 / .2458 (.5) /4;82 .548.)/86 ).86 .)(8) 64 //;+6 ./(/4 /4;+6 .24+4 84;+6 .+)46

.)/85 ) .)(6 /.4) ./(8) /( .2442 (.+) .+/)2 /5.5).)/8 ).85 .)(+) 6 ./(82 6.6) .8)2) - 5; .+25)

.)/62 ).8+ .)(+ /.45 ./(() /+ .8)8/ (.() .+244 /+.))

.)/65 (4 5;+6 .)(/ ./((2 6.5) .8)5/ (.(5 6/;+6 .+6)+

.)/5) ).8 .)(5 6( ./)) /5 .8)(/ (.) .+64+ /+.5)/;+6 .)/5+ .)(( 2.)) ./// 6.+) .8//) (.4) 2/;82 .+5+2

.)/5( ).6) .))( 2.)5 ./2) /6 5;/+ .8/25 .++48 /(.))

.)/+) ( .)/) 6+ ./5) /8 6.() .8/5) .)) 68;+6 .+(/4

.)/+5 ).62 .)2) 65 ./() 6.(5 .8/+) O //;/+ .+(5

.)/(8 ).66 .)2( 2./) 8;/+ ./(5 .8/4 ./) .+4) /(.5)

.)/(( ).65 .)6+ 2./5 ./4) /2 6.) .822 .2) 65;+6 .()8/

.)/) (( .)+) 66 ./4/) // .828) P .()( /.))

.)// ).6+ .)++ 2.2) ./424 6.4) .826 .25 28;82 .(/

.)/4 ).6 .)+ 2.25 ./485 /) .82+ .8) .(28 /.5)

.)/4( ).5) .)4) 68 ./4+) 4 2/;+6 .82/ 6(;+6 .(866

.)2)) (+ .)4)+ 2.8) ./4+4 5.)) .88)( .6) .(6) /4.)))2/) (5 )425 2 85 /44) 882) B 8;6 (5))

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< > ,egrees

#nter First @ 3 as

ncremental

'rom

7irst < >" of =oles >

,solute

).))))< Center > ).))))

/oun-e-

Precision > ).)))/

The calculated

coordinates areA$*O:GT#.

#ach hole is apart by3,egrees

Minutes

or ,solute

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%&iral +alculator=ole " E > < > ,egrees =ole " E > < > ,egrees =ole " E > < > ,egrees =ole "

#nter First @ 3

+oor-inates7irst E >

7irst < >

%e&eration Per Hole,egrees >

%&iral ''setPer =ole >

Per ev >

2umer o'

/eolutionsevolutions >

/oun-e-Precision > ).)))/

#ach hole is a&art y=

,egreesMinutes

*econds

/otation

%&iraln!ard

? E L

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/otation o' an A @ 3 A coor-inate, negatie ,ngle o' /otation is e?ual to a counter clocwise rotation

Original E > ,egrees Move -e! E -e!

Angle of otation 0in degrees1 >

-umber of times rotated > / /5 ma9.

otating A9is Absolute E Center > ).))))

otating A9is Absolute < Center > ).))))? E L

-OT#3

The Original E & < E> ? E> L

should be entered L L L L

as -C#M#-TA:' < ? E> L ?

center of the ? ?

rotating a9is.

The -e! E & < !ill

be A$*O:GT#. ? E L

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+2# F,

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+ircle %egment +alculator#nter TO kno!ns

a c h r

Angle in degrees a>

Chord :ength c>

=eight h>

adius r>

c

a r

hh

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Polygon %olerMust enter -GM$# O7 #BGA: *,#* and one other

C OC

-umber of #ual *ides #*>

nner Circle ,iameter C>

Outer Circle ,iameter OC>

-OT#3

Although a suare is dra!n' this !ill

!ork !ith 8 eual sides and greater. C C

OC

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Values o' a *rigonometric Function3ou can enter D#/##% as a -ecimal an- it will e conerte- to D#;)2;%#+.

,egrees "FA:G#H ,egrees *ine > "FA:G#H

Minutes "FA:G#H Minutes Cosine > "FA:G#H

*econds "FA:G#H *econds

"FA:G#H Angle as a decimal Tangent > "FA:G#HTotal Cotangent > "FA:G#H

*ine bar length > inches

*ine bar length > millimeters *ecant > "FA:G#H

-OT#3 #nter the sine bar length above. Cosecant > "FA:G#H

The reuired height needed under one end

of the sine bar to obtain the desired angle. adians > "FA:G#H