- 9_12TIIV23-TEST2 - Print Test - Iredell-Statesville · Web viewA. CAD B. Spreadsheet C. Template D. Word processing 16. What types of ... Autodesk Inventor, Solid Works and Rhino

- 9_12TIIV23-TEST2 - Print Test

Student Name:

______________________

Teacher:

______________________

Date:

___________

District:

Iredell

Test:

9_12 T and I IV23 - Drafting - Engnrng III Test 2

Description:

E3 Baseline

Form:

501

1.

The information that is bold, typically " high and located in the lower right corner of the titleblock is the:

A.

Change strip.

B.

Company name.

C.

Drawing or part number.

D.

Drawing scale.

2.

The fastener represented below is a:

A.

Cap Screw.

B.

Rock & Pinion.

C.

Set Shaft.

D.

Rivet.

Please use the following graphic for questions 3 through 4:

3.

In Figure D506.04, what geometric tolerance is used to control datum feature B?

A.

Flatness

B.

Parallelism

C.

Perpendicularity

D.

Profile of a surface

4.

In Figure D506.04, the profile geometric tolerance is applied to:

A.

All surfaces.

B.

Surfaces between points X and Y.

C.

The bottom surface only.

D.

The four holes.

5.

Which statement best describes IMPLICIT CONSTRAINTS within constraint-based CAD?

A.

The constraints the user must apply by completing some type of command action

B.

The constraints which are applied automatically by the software when the user sketches lines (eg. horizontal and vertical constraints that are applied to lines when they are sketched)

C.

The parameters for each individual feature which make up a solid model

D.

The physical portion of a solid model that appears in the feature tree

Please use the following graphic for this question.

6.

What happens when a particular stage in the linear design process proves unsatisfactory? Refer to Figure D502.01.

A.

All design activities stop and the whole project is terminated

B.

It may be necessary to return to a previous stage of the design process

C.

The design process continues and failures are ignored or covered up

D.

Models or prototypes

7.

A means of taking a "snapshot" of the image on your screen is termed:

A.

Desktop publishing.

B.

Image pasting.

C.

Photo capturing.

D.

Screen capturing.

8.

Which statement best describes EXPLICIT CONSTRAINTS within constraint-based CAD?

A.


B.


C.


D.


9.

What is the shape of the tolerance zone for the applied geometric tolerance?

A.

A cylinder

B.

Two concentric circles

C.

Two parallel lines

D.

Two parallel planes

10.

What is the term for a person applying for a job?

A.

Applicant

B.

Employer

C.

Plaintiff

D.

Worker


11.

According to the chart in the Figure D504.18,a .69" diameter shaft would require a Flat Key size of:

A.

.13 x .09

B.

.19 x .13

C.

.25 x .19

D.

.31 x .25


12.

According to Figure D504.20, how many threads per inch would a 3/8" fine (NF) Cap Screw require?

A.

20

B.

32

C.

44

D.

24


13.

In the right side view of Figure D506.04, what is the maximum material condition for the thickness of the part?

A.

.375

B.

.385

C.

.390

D.

.395

14.

Which statement best describes a SKETCH or PROFILE within constraint-based CAD? SKETCH or PROFILE within constraint-based CAD?

A.

The 2D geometry created which is used with some type of sweeping operation (extrude, cut-extrude, revolve, cut-revolve, loft, sweep, etc.) to create a solid model

B.

The imaginary planes or surfaces used to define global (world) and local (user defined) coordinate systems to support the creation of a part

C.

The manner in which an object can move in a straight line along the X, Y, or Z axes or spin about the X, Y, or Z axes

D.


15.

In a business document, text is usually created by using what type of program?

A.

CAD

B.

Spreadsheet

C.

Template

D.

Word processing

16.

What types of constraints get applied automatically by the software when the user sketches lines?

A.

Boolean

B.

Dimensional

C.

Explicit

D.

Implicit

17.

Microsoft Windows, Macintosh System X, and UNIX are examples of:

A.

Anti-virus systems.

B.

Engineering design software.

C.

Operating systems.

D.

Word processing software.


18.

What type of geometric tolerance is applied to the machined hole in Figure D506.03?

A.

Cylindricity

B.

Roundness

C.

Position

D.

Profile

19.

Which statement is true concerning the number of details per sheet in a detailed drawing?

A.

All details may be placed on individual sheets, one per sheet.

B.

All parts of the same machine or structure have to be placed on one sheet.

C.

Detailed drawings have to be placed on the same sheet as the assembly.

D.

The standard is that only two parts should be drawn on the same sheet.


20.

What is the least material condition of the machined hole in Figure D506.03?

A.

.458

B.

.460

C.

.465

D.

.467 hole in Figure D506.03?

21.

In the context of geometric dimensioning and tolerancing, a datum is best described as:

A.

The specification of permissible variations in form, orientation, location, profile, and runout.

B.

The restrictive environment created to limit the degrees of freedom of a part for the purpose of creating a reliable and repeatable support structure for machining.

C.

A method of dimensioning where dimensions originate from a common surface or point.

D.

A point, line, or surface that is assumed to exact, and from which other dimensions can be computed or located.

22.

In order to fully define or constrain the initial sketch of constraint-based part file, the sketch must include:

A.

All available geometric constraints.

B.

Bidirectional constraints.

C.

Dimensional and geometric constraints.

D.

Only implicit constraints.


23.

What is the maximum material condition of the machined hole in Figure D506.03?

A.

.458

B.

.460

C.

.465

D.

.467

24.

Which statement is true concerning the number of details placed on a sheet in a detailed drawing?

A.

Only size dimensions should be given when one sheet is used.

B.

Only the largest parts should be identified.

C.

Section or auxiliary views can be omitted if space is limited.

D.

Spacing should be given the first priority.


25.

If the Cap Screw in illustrated in Figure D504.19 has a shaft diameter (D) of .31", what is the width of the slot?

A.

.06

B.

.08

C.

.13

D.

.25

26.

What type of constraint-based CAD file is used to create traditional 2D documentation of objects within a constraint-based CAD system?

A.

Assembly file

B.

Drawing file

C.

Part file

D.

Product file


27.

In Figure D506.04, the position geometric tolerance is applied to:

A.

All four holes.

B.

The bottom two holes.

C.

The hole indicated by the leader.

D.

The two holes on the left.


28.

In the Figure D504.17, which key design is BEST for easy removal?

A.

Pratt and Whitney Key

B.

Woodruff Key

C.

Square Key

D.

Gib Head Key

29.

Within the context of constraint-based modeling, what controls the geometric behavior of a dynamic solid model?

A.

Constraints

B.

Degrees of freedom

C.

Feature definition

D.

Feature tree

30.

The list of geometric features that exist within a constraint-based model file is called a:

A.

Constraint.

B.

Feature definition.

C.

Feature tree.

D.

Part file.

31.

The area on a working drawing that contains information such as company name, drawn by, checked by, and drawing scale is called a:

A.

Bill of materials.

B.

Detail list.

C.

Revision column.

D.

Title block.

32.

What best describes the condition when changes to a constraint-based CAD part file automatically generate changes to assembly and drawing files, but not vice versa.

A.

Bidirectional association

B.

Explicit constraints

C.

Implicit constraints

D.

Unidirectional association


33.

In Figure D506.04, what geometric tolerance is used to control datum feature A?

A.

Flatness

B.

Parallelism

C.

Perpendicularity

D.



34.

Which stage of the linear design stage includes activities such as kinematic/motion testing, life testing, finite element analysis, and thermal analysis? Refer to Figure D502.01.

A.

Identification of design problem

B.

Problem-solving concepts and ideas

C.

Compromises solutions

D.



35.

In Figure D506.04, what is the maximum material condition for the holes?

A.

.250

B.

.251

C.

.252

D.

.253 Figure D506.04, what is the maximum material condition for the holes?

36.

Helvetica Regular Bold, Helvetica Italic, and Helvetica Regular are examples of:

A.

Character families.

B.

Font families.

C.

Pica families.

D.

Point styles.


37.

If the Cap Screw in Figure D504.19 has a shaft diameter (D) of .38", what is the depth of the slot?

A.

.13

B.

.19

C.

.25

D.

.38

38.

What is the radius of the Round Head Cap Screw in Figure D504.19, if the shaft diameter (D) equals .25"?

A.

.22

B.

.25

C.

.38

D.

.44


39.

According to Figure D504.20,a 5/8-11UNC-2A HEX BOLT would require a Tap Drill size of:

A.

13/32".

B.

15/32".

C.

17/32".

D.

19/32".

40.

Where is a general assembly drawing typically used?

A.

Engineering department

B.

Finishing and assembly shop

C.

Production

D.

Shipping and receiving

41.

What items are shown in a bill of materials but typically do not require a detail drawing?

A.

Machined shafts

B.

New design items

C.

Revised parts

D.

Standard parts

42.

Which method is presently used regarding grouping of details on sheets? of details on sheets?

A.

Depending on the size of the structure, details may be given one per sheet or several to a sheet.

B.

Only one detail can be placed on a sheet in any given situation.

C.

The details should be divided equally and placed on two separate sheets.

D.

The sheet size is always adjusted to accommodate all parts of the machine or structure.

43.

What is the MOST important item to be checked on a completed detail drawing?

A.

Accurate centering of all views

B.

Complete dimensioning

C.

Gaps at the start of the extension lines

D.

Uniform spacing between views


44.

Identify the PRATT and Whitney KEY in Figure D504.17.

A.

A

B.

B

C.

C

D.

D Figure D504.17.

45.

Which statement is correct regarding the feature control frame?

A.

The feature must be centered within a five hundredths of a millimeter cylindrical tolerance zone relative to primary datum feature A and secondary datum feature B.

B.

The feature must be centered within a five hundredths of a millimeter tolerance zone at maximum material condition relative to primary datum feature A and secondary datum feature B.

C.

The feature must be positioned within a five hundredths of a millimeter cylindrical tolerance zone at maximum material condition relative to primary datum feature A and tertiary datum feature B.

D.

The feature must be positioned within a five hundredths of a millimeter cylindrical tolerance zone at maximum material condition relative to primary datum feature A and secondary datum feature B.


46.

Which activities occur during the Models & Prototypes Stage of the linear design process? Refer to Figure D502.01.

A.

Compromise solutions, refinement of design sketches, and 3D modeling

B.

Concepts & ideas collected, legal requirements investigated and material requirements

C.

Conduct analyses, kinematics testing, life testing, and finite element analysis

D.

Problem identification, analysis of need, costs, and design requirements

47.

What is a meeting of the employer and the job applicant for evaluation and questioning called?

A.

Evaluation

B.

Garnishment

C.

Inspection

D.

Interview

48.

Stereolithography, selective laser sintering, ballistic particle manufacturing, and laminated object manufacturing are all examples of:

A.

Computer-aided manufacturing.

B.

Computer-numerical control.

C.

Rapid prototyping.

D.

Motion testing.


49.

According to Figure D504.20, how many threads per inch would a 7/16" extra fine (NEF) Set Screw require?

A.

40

B.

28

C.

44

D.

20

50.

Which statement best describes a CONSTRUCTION PLANE or WORKPLANE within constraint-based CAD?

A.


B.


C.


D.


51.

The screw representation shown below is a:

A.

Cap Screw.

B.

Wood Screw.

C.

Set Screw.

D.

Rivet.

52.

Helvetica, Times New Roman, Arial, and Webdings are examples of:

A.

Figure layouts.

B.

Pica styles.

C.

Pixel families.

D.

Type families.

53.


A.

A cylinder

B.


C.

Two parallel lines

D.

Two parallel planes

54.

All views, notes, and dimensions required to produce a part or structure can be found on a/an:

A.

Detail drawing.

B.

Production drawing.

C.

Section drawing.

D.

Working assembly drawing.


55.

Which activities occur during the Problem-Solving Concepts and Ideas Stage of the linear design process? Refer to Figure D502.01.

A.


B.


C.

Creating a prototype, kinematics testing, life testing, and finite element analysis

D.


56.

What types of constraints define relationships between geometric elements (eg. two lines may be defined as parallel, equal, or collinear)?

A.

Boolean

B.

Explicit

C.

Geometric

D.

Implicit

57.

Who is responsible for making sure the drawing is ready for production?

A.

Checker

B.

Designer

C.

Operator

D.

Revisor

58.

Where should an engineering change order be recorded on the print?

A.

In the bill of materials

B.

In the dimension where it applies

C.

On a separate attached sheet

D.

On the revision strip


59.

According to the chart in the Figure D504.18,a .56" diameter shaft would require a Square Key size of:

A.

.31

B.

.13

C.

.55

D.

.19

60.

What geometric tolerance has this shape for the tolerance zone?

A.

Circularity

B.

Concentricity

C.

Cylindricity

D.

Position


61.

In Figure D506.04, what geometric tolerance has a maximum material condition modifier?

A.

Parallelism

B.

Perpendicularity

C.

Position

D.

Profile of a surface Figure D506.04, what geometric tolerance has a maximum material condition modifier?

62.

What types of constraints are applied when the user completes some type of command action?

A.

Assembly

B.

Boolean

C.

Explicit

D.

Implicit


63.

According to Figure D504.20, how many threads per inch would a No. 6 coarse (UNF) bolt require?

A.

40

B.

44

C.

5

D.

56

64.

Identify the items that appear in a FEATURE TREE.

A.

Default Option settings

B.

Dimensions and GD&T symbols

C.

Grid geometry and draw commands

D.

Origins, planes, axes, and part features

65.

What type of constraint-based CAD file contains information about the part's 2D and 3D geometry, appearance, material properties, and annotations or notes?

A.

Assembly file

B.

Drawing file

C.

Part file

D.

Product file

66.

The type of assembly that only shows how parts fit together and contains no dimensions is the:

A.

Design assembly.

B.

General assembly.

C.

Installation assembly.

D.

Working drawing assembly.


67.

What is the head thickness of the Round Head Cap Screw in Figure D504.19, if the shaft diameter (D) equals .44"?

A.

.06

B.

.13

C.

.25

D.

.33

68.

A drawing that describes the size and shape of a single object and also gives all of the necessary manufacturing information is called a:

A.

Detail drawing.

B.

Partial assembly drawing.

C.

Reference drawing.

D.


69.

Which statement best describes GEOMETRIC CONSTRAINTS within constraint-based CAD? GEOMETRIC CONSTRAINTS within constraint-based CAD?

A.

The constraints for each individual feature which make up a solid model

B.


C.

The constraints which define relationships between geometric elements (eg. two lines may be defined as parallel, equal, or collinear)?

D.

The dimensions that are applied by the user to a sketch


70.

According to Figure D504.20, how many threads per inch would a No. 5 coarse (NC) bolt require?

A.

40

B.

44

C.

5

D.

56

71.

According to Figure D504.20, a bolt that has 12 coarse threads per inch would have a shaft diameter of:

A.

3/16".

B.

5/16".

C.

7/16".

D.

9/16".

72.

What should an applicant find out about during a job interview?

A.

Information about the interviewer.

B.

Products the company makes.

C.

Typical salary range.

D.

Working conditions of the job.

73.

A revision strip should be placed on a drawing when:

A.

A record of parts is needed for assembly.

B.

Changes have been made to the drawing.

C.

More than one detail is drawn on the same sheet.

D.

Tolerances have been unspecified.


74.

Which stage of the linear design stage includes activities such as computer-aided manufacturing and computer numerical control? Refer to Figure D502.01.

A.


B.


C.


D.

Production or working drawings

75.

What is a classified advertisement telling what kind of job is available and what the qualifications are called?

A.

Blind ad

B.

Employment/situation-wanted ad

C.

Help-wanted ad

D.

Portfolio

76.

Within the context of constraint-based modeling, what keeps track of the parameters for each individual feature (extrude, revolve, sweep, loft, fillet, chamfer, etc.)?

A.

Constraints

B.

Feature definition

C.

Feature tree

D.

Part file

77.


A.

Circularity

B.

Concentricity

C.

Cylindricity

D.

Profile


78.

In Figure D506.04, which type of dimensions are used to locate the four machined holes?

A.

Basic

B.

Geometric

C.

Limit

D.

Nominal

79.

Which statement best describes DEGREES OF FREEDOM within constraint-based CAD?

A.


B.


C.


D.


80.

Linear design can be described as the:

A.

Creation of a new idea by using a 3D database as the nucleus of design.

B.

Development of a product through a series of sequential stages.

C.

Progression of a design through random surveys of diverse populations.

D.

Reverse engineering of an existing product by market research.

81.

Geometric dimensioning and tolerancing is best described as:

A.

The study of the size and shape of things and the relationship among the elements of a drawing.

B.

The specification of permissible variations for the material, size, shape, and geometric characteristics of an object or part, in the form of tolerance or limits.

C.

The amount by which a machined part is allowed to vary from absolute measurements.

D.

A tolerance that allows variations in both directions from a design size variations are usually given with locating dimensions.


82.

Which stage of the linear design stage includes activities such as analysis of need, estimating costs, identifying design requirements, and creating a time-line? Refer to Figure D502.01.

A.


B.


C.


D.



83.

Using the chart in the Figure D504.18, what would the depth of the Keyseat be to accommodate a Square Key for a .94" diameter shaft? Figure D504.18, what would the depth of the Keyseat be to accommodate a Square Key for a .94" diameter shaft?

A.

.13

B.

.19

C.

.25

D.

.31

84.

Which statement best describes a FEATURE within constraint-based CAD?

A.


B.


C.


D.


85.

Autodesk Inventor, Solid Works and Rhino are what type of software programs?

A.

2D drawing packages

B.

3D Modeling

C.

Word processing

D.

Screen capturing

86.

Drawings that give all the information needed to manufacture and assemble a single part or a complete machine or structure is a/an:

A.

Assembly drawings.

B.

Detail drawings.

C.

Working drawings.

D.

Working lists.

87.

What type of constraint-based CAD file contains information about how parts are constrained relative to one another is used to organize individual parts and/or assemblies to create a more complex representation of a product?

A.

Assembly file

B.

Drawing file

C.

Part file

D.

Product file


88.

Which stage of the linear design stage includes activities such as refining initial design sketches and beginning to create 3D models? Refer to Figure D502.01. activities such as refining initial design sketches and beginning to create 3D models? Refer to Figure D502.01.

A.


B.


C.


D.


89.

A bill of materials is also known as a/an:

A.

Attribute.

B.

Titleblock.

C.

Change strip.

D.

Parts list.

90.

The fastener used to provide a more permanent assembly of matting parts is a:

A.

Cap Screw.

B.

Lock Washer.

C.

Set Screw.

D.

Rivet.

91.

A parts list should be located:

A.

Up from the titleblock reading upward.

B.

Near the part on the drawing reading downward.

C.

In the upper left hand corner reading upward.

D.

On the left side in the middle reading downward.

92.

Within the context of constraint-based modeling, what term describes how feature definitions and constraints are used to control the 2D and 3D geometry of a solid model in a predictable manner?

A.

Bidirectional associativity

B.

Design intent

C.


D.


93.

The current method for identifying parts on a detailed drawing is to:

A.

Develop a parts list or bill of materials.

B.

Develop a separate title strip for each part.

C.

Identify the large parts only.

D.

Indicate the initial parts in the revision column.

94.

Which statement is true concerning placement of more than one part on a sheet?

A.

All standard parts should be drawn and dimensioned.

B.

Dimensions should be left off of mating parts.

C.

Section views should not be used to avoid confusion.

D.

The same scale should be used for each part.


95.

According to the chart in the Figure D504.18, the length of a .38" Square Key is:

A.

.22

B.

.47

C.

.59

D.

.72

96.


A.

A cylinder

B.


C.

Two parallel lines

D.

Two parallel planes


97.

Which stage of the linear design stage includes activities such as collecting concepts and ideas, investigating legal requirements, determining the required materials and manufacturing methods, and determining the overall size requirements? Refer to Figure D502.01.

A.


B.


C.


D.



98.

In the Figure D504.18, a Flat Key with the dimensions of .31"x .25" would be suitable for a shaft diameter of?

A.

.5250

B.

1.000

C.

1.3125

D.

2.250


99.

Which dimension in Figure D506.03 indicates a feature with size?

A.

.001

B.

.460-.465

C.

.500-.505

D.

.625

100.

The name of the part or structure should be placed:

A.

Under the part and underlined.

B.

In the top left corner of the sheet.

C.

Above each corresponding view.

D.

In the title block.

Student Name:

______________________

Teacher:

______________________

Date:

___________

District:

Iredell

Test:


Description:

E3 Baseline

Form:

502

1.


A.


B.


C.


D.


2.

Which method is presently used regarding grouping of details on sheets? of details on sheets?

A.

Depending on the size of the structure, details may be given one per sheet or several to a sheet.

B.

Only one detail can be placed on a sheet in any given situation.

C.

The details should be divided equally and placed on two separate sheets.

D.

The sheet size is always adjusted to accommodate all parts of the machine or structure.


3.

According to Figure D504.20, how many threads per inch would a 3/8" fine (NF) Cap Screw require?

A.

20

B.

32

C.

44

D.

24

4.


A.

Assembly file

B.

Drawing file

C.

Part file

D.

Product file

5.


A.


B.


C.


D.


6.


A.

Cap Screw.

B.

Lock Washer.

C.

Set Screw.

D.

Rivet.

7.


A.

Attribute.

B.

Titleblock.

C.

Change strip.

D.

Parts list.

8.


A.

Circularity

B.

Concentricity

C.

Cylindricity

D.

Profile

9.


A.

2D drawing packages

B.

3D Modeling

C.

Word processing

D.

Screen capturing

10.


A.


B.


C.


D.



11.


A.


B.


C.


D.



12.


A.

All surfaces.

B.


C.


D.

The four holes.


13.


A.

.06

B.

.13

C.

.25

D.

.33

14.

If the Cap Screw in illustrated in Figure D504.19 has a shaft diameter (D) of .31", what is the width of the slot?

A.

.06

B.

.08

C.

.13

D.

.25


15.


A.


B.


C.


D.



16.

What is the radius of the Round Head Cap Screw in Figure D504.19, if the shaft diameter (D) equals .25"?

A.

.22

B.

.25

C.

.38

D.

.44

17.


A.

Design assembly.

B.

General assembly.

C.


D.


18.


A.


B.


C.


D.


19.


A.

A cylinder

B.


C.

Two parallel lines

D.

Two parallel planes

20.

What types of constraints are applied when the user completes some type of command action?

A.

Assembly

B.

Boolean

C.

Explicit

D.

Implicit

21.


A.


B.


C.


D.



22.


A.

.13

B.

.19

C.

.25

D.

.31

23.


A.


B.


C.


D.


24.


A.

Character families.

B.

Font families.

C.

Pica families.

D.

Point styles.


25.


A.

.13 x .09

B.

.19 x .13

C.

.25 x .19

D.

.31 x .25

26.

What items are shown in a bill of materials but typically do not require a detail drawing?

A.

Machined shafts

B.

New design items

C.

Revised parts

D.

Standard parts


27.

What is the maximum material condition of the machined hole in Figure D506.03?

A.

.458

B.

.460

C.

.465

D.

.467

28.


A.

Circularity

B.

Concentricity

C.

Cylindricity

D.

Position


29.


A.

.13

B.

.19

C.

.25

D.

.38


30.


A.


B.


C.


D.



31.


A.

Flatness

B.

Parallelism

C.

Perpendicularity

D.



32.


A.

.001

B.

.460-.465

C.

.500-.505

D.

.625

33.

What type of constraint-based CAD file is used to create traditional 2D documentation of objects within a constraint-based CAD system?

A.

Assembly file

B.

Drawing file

C.

Part file

D.

Product file

34.


A.

A cylinder

B.


C.

Two parallel lines

D.

Two parallel planes

35.


A.


B.


C.


D.


36.


A.

Bill of materials.

B.

Detail list.

C.

Revision column.

D.

Title block.

37.

Where should an engineering change order be recorded on the print?

A.

In the bill of materials

B.

In the dimension where it applies

C.

On a separate attached sheet

D.

On the revision strip


38.


A.

.375

B.

.385

C.

.390

D.

.395

39.


A.

Desktop publishing.

B.

Image pasting.

C.

Photo capturing.

D.

Screen capturing.

40.


A.


B.


C.


D.


41.


A.


B.


C.


D.


42.

What types of constraints get applied automatically by the software when the user sketches lines?

A.

Boolean

B.

Dimensional

C.

Explicit

D.

Implicit


43.


A.

.31

B.

.13

C.

.55

D.

.19

44.


A.


B.


C.


D.



45.

According to Figure D504.20,a 5/8-11UNC-2A HEX BOLT would require a Tap Drill size of:

A.

13/32".

B.

15/32".

C.

17/32".

D.

19/32".

46.


A.


B.


C.

Rapid prototyping.

D.

Motion testing.


47.


A.

Cylindricity

B.

Roundness

C.

Position

D.

Profile

48.


A.

Detail drawing.

B.

Production drawing.

C.

Section drawing.

D.


49.


A.


B.


C.


D.


50.


A.

Anti-virus systems.

B.


C.

Operating systems.

D.


51.


A.

A cylinder

B.


C.

Two parallel lines

D.

Two parallel planes


52.


A.


B.


C.


D.



53.

According to Figure D504.20, how many threads per inch would a 7/16" extra fine (NEF) Set Screw require?

A.

40

B.

28

C.

44

D.

20


54.

Which stage of the linear design stage includes activities such as computer-aided manufacturing and computer numerical control? Refer to Figure D502.01.

A.


B.


C.


D.

Production or working drawings

55.


A.

Detail drawing.

B.


C.

Reference drawing.

D.


56.

Drawings that give all the information needed to manufacture and assemble a single part or a complete machine or structure is a/an:

A.

Assembly drawings.

B.

Detail drawings.

C.

Working drawings.

D.

Working lists.

57.

Where is a general assembly drawing typically used?

A.

Engineering department

B.

Finishing and assembly shop

C.

Production

D.

Shipping and receiving


58.


A.

Parallelism

B.

Perpendicularity

C.

Position

D.


59.


A.

Basic

B.

Geometric

C.

Limit

D.

Nominal


60.


A.

40

B.

44

C.

5

D.

56

61.


A.


B.


C.


D.


62.


A.

Constraints

B.

Degrees of freedom

C.

Feature definition

D.

Feature tree

63.


A.

Change strip.

B.

Company name.

C.


D.

Drawing scale.

64.

Which statement is true concerning the number of details per sheet in a detailed drawing?

A.

All details may be placed on individual sheets, one per sheet.

B.

All parts of the same machine or structure have to be placed on one sheet.

C.

Detailed drawings have to be placed on the same sheet as the assembly.

D.

The standard is that only two parts should be drawn on the same sheet.

65.

Which statement best describes GEOMETRIC CONSTRAINTS within constraint-based CAD? GEOMETRIC CONSTRAINTS within constraint-based CAD?

A.

The constraints for each individual feature which make up a solid model

B.


C.

The constraints which define relationships between geometric elements (eg. two lines may be defined as parallel, equal, or collinear)?

D.

The dimensions that are applied by the user to a sketch


66.

In the Figure D504.17, which key design is BEST for easy removal?

A.

Pratt and Whitney Key

B.

Woodruff Key

C.

Square Key

D.

Gib Head Key

67.


A.

Boolean

B.

Explicit

C.

Geometric

D.

Implicit

68.

What best describes the condition when changes to a constraint-based CAD part file automatically generate changes to assembly and drawing files, but not vice versa.

A.

Bidirectional association

B.


C.


D.

Unidirectional association


69.


A.

.250

B.

.251

C.

.252

D.


70.


A.

Applicant

B.

Employer

C.

Plaintiff

D.

Worker

71.


A.

Blind ad

B.


C.

Help-wanted ad

D.

Portfolio

72.


A.

Constraint.

B.

Feature definition.

C.

Feature tree.

D.

Part file.


73.


A.

A

B.

B

C.

C

D.

D Figure D504.17.

74.


A.

Constraints

B.

Feature definition

C.

Feature tree

D.

Part file

75.


A.


B.


C.


D.


76.


A.


B.


C.


D.



77.


A.


B.


C.


D.


78.


A.


B.


C.


D.


79.


A.

CAD

B.

Spreadsheet

C.

Template

D.

Word processing


80.

What happens when a particular stage in the linear design process proves unsatisfactory? Refer to Figure D502.01.

A.

All design activities stop and the whole project is terminated

B.

It may be necessary to return to a previous stage of the design process

C.

The design process continues and failures are ignored or covered up

D.


81.


A.


B.


C.


D.



82.


A.

3/16".

B.

5/16".

C.

7/16".

D.

9/16".

83.


A.

Evaluation

B.

Garnishment

C.

Inspection

D.

Interview

84.


A.


B.


C.


D.


85.

Which statement best describes EXPLICIT CONSTRAINTS within constraint-based CAD?

A.


B.


C.


D.


86.


A.


B.

Design intent

C.


D.


87.


A.

Cap Screw.

B.

Wood Screw.

C.

Set Screw.

D.

Rivet.


88.


A.

.22

B.

.47

C.

.59

D.

.72

89.

The name of the part or structure should be placed:

A.

Under the part and underlined.

B.

In the top left corner of the sheet.

C.

Above each corresponding view.

D.

In the title block.

90.


A.

Cap Screw.

B.

Rock & Pinion.

C.

Set Shaft.

D.

Rivet.

91.


A.

Assembly file

B.

Drawing file

C.

Part file

D.

Product file


92.


A.

All four holes.

B.


C.


D.



93.

What is the least material condition of the machined hole in Figure D506.03?

A.

.458

B.

.460

C.

.465

D.

.467 hole in Figure D506.03?


94.


A.


B.


C.


D.



95.


A.

Flatness

B.

Parallelism

C.

Perpendicularity

D.


96.


A.

Figure layouts.

B.

Pica styles.

C.

Pixel families.

D.

Type families.


97.


A.

40

B.

44

C.

5

D.

56


98.


A.

.5250

B.

1.000

C.

1.3125

D.

2.250

99.


A.

Checker

B.

Designer

C.

Operator

D.

Revisor

100.


A.


B.


C.


D.


Student Name:

______________________

Teacher:

______________________

Date:

___________

District:

Iredell

Test:


Description:

E3 Baseline

Form:

503

1.


A.

Assembly file

B.

Drawing file

C.

Part file

D.

Product file


2.


A.

.06

B.

.13

C.

.25

D.

.33

3.


A.

Bill of materials.

B.

Detail list.

C.

Revision column.

D.

Title block.

4.


A.

Evaluation

B.

Garnishment

C.

Inspection

D.

Interview

5.


A.

Applicant

B.

Employer

C.

Plaintiff

D.

Worker


6.


A.

.5250

B.

1.000

C.

1.3125

D.

2.250

7.


A.

Constraints

B.

Feature definition

C.

Feature tree

D.

Part file

8.


A.

Change strip.

B.

Company name.

C.


D.

Drawing scale.

9.


A.


B.


C.


D.


10.


A.

Cap Screw.

B.

Rock & Pinion.

C.

Set Shaft.

D.

Rivet.


11.


A.

All four holes.

B.


C.


D.


12.


A.

CAD

B.

Spreadsheet

C.

Template

D.

Word processing

13.


A.


B.


C.


D.



14.


A.

.250

B.

.251

C.

.252

D.



15.


A.

A

B.

B

C.

C

D.

D Figure D504.17.

16.


A.


B.


C.

Rapid prototyping.

D.

Motion testing.

17.


A.

A cylinder

B.


C.

Two parallel lines

D.

Two parallel planes

18.


A.


B.


C.


D.



19.


A.

.22

B.

.47

C.

.59

D.

.72

20.


A.


B.


C.


D.


21.


A.

A cylinder

B.


C.

Two parallel lines

D.

Two parallel planes

22.


A.

Cap Screw.

B.

Wood Screw.

C.

Set Screw.

D.

Rivet.

23.


A.

Constraint.

B.

Feature definition.

C.

Feature tree.

D.

Part file.


24.


A.

Flatness

B.

Parallelism

C.

Perpendicularity

D.


25.


A.

Circularity

B.

Concentricity

C.

Cylindricity

D.

Position

26.


A.

Character families.

B.

Font families.

C.

Pica families.

D.

Point styles.

27.


A.

Desktop publishing.

B.

Image pasting.

C.

Photo capturing.

D.

Screen capturing.

28.


A.

Anti-virus systems.

B.


C.

Operating systems.

D.



29.


A.


B.


C.


D.



30.


A.

3/16".

B.

5/16".

C.

7/16".

D.

9/16".

31.


A.


B.


C.


D.



32.


A.

Flatness

B.

Parallelism

C.

Perpendicularity

D.



33.


A.


B.


C.


D.


34.


A.

Assembly file

B.

Drawing file

C.

Part file

D.

Product file


35.


A.

Cylindricity

B.

Roundness

C.

Position

D.

Profile

36.


A.


B.


C.


D.



37.


A.

40

B.

44

C.

5

D.

56

38.


A.

Detail drawing.

B.

Production drawing.

C.

Section drawing.

D.


39.


A.

Cap Screw.

B.

Lock Washer.

C.

Set Screw.

D.

Rivet.


40.


A.

Parallelism

B.

Perpendicularity

C.

Position

D.



41.


A.

.13

B.

.19

C.

.25

D.

.31

42.


A.


B.


C.


D.


43.


A.


B.


C.


D.


44.


A.

Circularity

B.

Concentricity

C.

Cylindricity

D.

Profile


45.


A.

.31

B.

.13

C.

.55

D.

.19

46.


A.

Figure layouts.

B.

Pica styles.

C.

Pixel families.

D.

Type families.


47.


A.

Basic

B.

Geometric

C.

Limit

D.

Nominal

48.


A.

All surfaces.

B.


C.


D.

The four holes.

49.


A.


B.

Design intent

C.


D.



50.


A.


B.


C.


D.


51.


A.

Boolean

B.

Explicit

C.

Geometric

D.

Implicit


52.


A.


B.


C.


D.


53.


A.


B.


C.


D.



54.


A.

.001

B.

.460-.465

C.

.500-.505

D.

.625


55.


A.

.13

B.

.19

C.

.25

D.

.38

56.


A.

Design assembly.

B.

General assembly.

C.


D.


57.


A.

Checker

B.

Designer

C.

Operator

D.

Revisor


58.


A.

40

B.

44

C.

5

D.

56

59.


A.


B.


C.


D.


60.


A.


B.


C.


D.



61.


A.

.375

B.

.385

C.

.390

D.

.395


62.


A.

.13 x .09

B.

.19 x .13

C.

.25 x .19

D.

.31 x .25

63.


A.


B.


C.


D.


64.


A.


B.


C.


D.


65.


A.


B.


C.


D.


66.


A.

Constraints

B.

Degrees of freedom

C.

Feature definition

D.

Feature tree

67.


A.


B.


C.


D.


68.


A.


B.


C.


D.


69.


A.


B.


C.


D.


70.


A.

Blind ad

B.


C.

Help-wanted ad

D.

Portfolio


71.


A.


B.


C.


D.


72.


A.

Attribute.

B.

Titleblock.

C.

Change strip.

D.

Parts list.

73.


A.

Detail drawing.

B.


C.

Reference drawing.

D.



74.


A.


B.


C.


D.


75.


A.

A cylinder

B.


C.

Two parallel lines

D.

Two parallel planes

76.


A.


B.


C.


D.


77.


A.

2D drawing packages

B.

3D Modeling

C.

Word processing

D.

Screen cap

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