Student Name: · Assessment: 9_12 T and I IV23 - Drafting - Engnrng III Test 4 Description: VoCAT...

Student Name: ______________________

Teacher: ______________________ Date: ___________

District: Onslow

Assessment: 9_12 T and I IV23 - Drafting - Engnrng III Test 4

Description: VoCAT Review

Form: 501

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

A. Applicant

B. Employer

C. Plaintiff

D. Worker

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

A. Evaluation

B. Garnishment

C. Inspection

D. Interview

3. What is a classified advertisement telling what kind of job is available and what the qualifications arecalled?

A. Blind ad

B. Employment/situation-wanted ad

C. Help-wanted ad

D. Portfolio

4. What statement describes information that an applicant needs to know before a job interview?

A. Fringe benefits

B. How long the company has been in business

C. Opportunity for advancement within the company

D. Working conditions of the job

5. Which subject should an applicant ask about during the job interview?

A. Fringe benefits

B. How long the company has been in business.

C. How to pronounce the interviewer’s name.

D. Products made by the company.

6. 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.

7. 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.

8. Stereolithography, selective laser sintering, ballistic particle manufacturing, and laminated objectmanufacturing are all examples of:

A. Computer-aided manufacturing.

B. Computer-numerical control.

C. Rapid prototyping.

D. Motion testing.

9. All are desired in the creation of a new product EXCEPT:

A. Aesthetic appeal.

B. Design objectives.

C. Functional efficiency.

D. Poor demand.

10. Aesthetic design of a structure includes what type of properties?

A. Load and dispersement

B. Mass and center of gravity

C. Proportion and balance

D. Tensile strength and elasticity

11. Taking an idea from creation to fabrication can be described as the:

A. Course of engineering action.

B. Design process.

C. Development route.

D. Linear production method.

12. When a structure is designed for functionality, what should the structure be able to do upon completion?

A. Be pleasing to the eye and ergonomically correct

B. Manage the malfunctions of automated robotic machines

C. Operate successfully and accomplish its design purpose

D. Perform in excessively stressful environments

13. An advantage of concurrent engineering design over linear design is that:

A. 3D modeling is used to create design parts.

B. CNC is frequently used to manufacture parts.

C. Prototypes are used to test designs.

D. Team members do not have to be in the same location.

14. Within concurrent engineering design, ideation activities such as evaluating preliminary ideas andselecting a design are part of:

A. Design analysis.

B. Preliminary design.

C. Modeling

D. Problem identification.

15. Which phase of the concurrent engineering design process includes the creation of prototypes usingprocesses such as stereolithography?

A. Ideation

B. Implementation

C. Preliminary design

D. Refinement

16. Which phase of the concurrent engineering design process includes producing the final product?

A. Ideation

B. Implementation

C. Prototypes

D. Refinement

17. Within concurrent engineering design, refinement activities such as rapid prototyping, manufacturingvisualization, and simulations are part of:

A. Analysis of production.

B. Design analysis.

C. Design visualization.

D. Modeling.

18. Within concurrent engineering design, ideation activities such as writing a problem statement, conductingresearch, gathering data, defining objectives, determining limitations of the design, and outlining areasonable schedule are all part of:

A. Design analysis.

B. Preliminary design.

C. Preliminary ideas.


19. Which phase of the concurrent engineering design process includes problem identification?

A. Ideation

B. Implementation

C. Prototypes

D. Refinement

20. Within concurrent engineering design, refinement activities such as material property analysis, mechanismanalysis, functional analysis, and human factors analysis are part of:


B. Design analysis.


D. Modeling.

21. Which phase of the concurrent engineering design process includes financing?

A. Ideation

B. Implementation

C. Prototypes

D. Refinement

22. Which phase of the concurrent engineering design process includes marketing?

A. Ideation

B. Implementation

C. Prototypes

D. Refinement

23. One of the biggest advantages of concurrent engineering design over linear design is that in concurrentengineering design:

A. Design activity moves from one stage to the next.

B. Planning for manufacturing is done when the working drawings are complete.

C. The 3D database can be accessed by anyone in the design team.

D. Typically one person completes the tasks in a particular stage.

24. Which phase of the concurrent engineering design process includes the creation of 3D CAD models?

A. Ideation

B. Implementation


D. Refinement

25. Which phrase is associated with concurrent engineering design more than linear design?

A. Computer Aided Manufacturing

B. Computer Integrated Manufacturing

C. Computer Numerical Control

D. Continuous Quality Improvement

26. Which phase of the concurrent engineering design process includes analyses such as material properties,mechanism, functional, and human factors?

A. Ideation

B. Implementation


D. Refinement

27. Within concurrent engineering design, refinement activities such as simulation, animation, and developingcharts, graphs and diagrams are part of:


B. Design analysis.


D. Modeling.

28. Which phase of the concurrent engineering design process includes design visualization?

A. Ideation

B. Implementation

C. Prototypes

D. Refinement

29. Which phase of the concurrent engineering design process includes documenting?

A. Ideation

B. Implementation

C. Prototypes

D. Refinement

30. Which phase of the concurrent engineering design process includes the analysis of the production process?

A. Ideation

B. Implementation


D. Refinement

31. Which phase of the concurrent engineering design process includes preliminary ideas?

A. Ideation

B. Implementation

C. Prototypes

D. Refinement

32. Which phase of the concurrent engineering design process includes design analysis?

A. Ideation

B. Implementation

C. Prototypes

D. Refinement

33. Within concurrent engineering design, ideation activities such as writing and collecting notes about thedesign, creating sketches and/or models of the design, brainstorming design ideas, and synthesizing thedesign ideas are all part of:

A. Design analysis.

B. Marketing.

C. Preliminary ideas.


34. Since a comprehensive computer database serves as the basis for all aspects of design, manufacture, andmarketing of a product within concurrent engineering design:

A. All team members typically work within the same building.

B. Only engineers and designers have permission to access the database.

C. The design team can be made up of members from all over the world.

D. Working drawings must be used in order to manufacture parts.

35. Within the context of constraint-based modeling, what controls the geometric behavior of a dynamic solidmodel?

A. Constraints

B. Degrees of freedom

C. Feature definition

D. Feature tree

36. 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

37. Which statement best describes a CONSTRUCTION PLANE or WORKPLANE within constraint-basedCAD?

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) coordinatesystems 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


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





39. 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


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

D. The dimensions that are applied by the user to a sketch

40. 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

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

A. Constraints

B. Feature definition

C. Feature tree

D. Part file

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





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

A. Bidirectional association

B. Explicit constraints

C. Implicit constraints

D. Unidirectional association

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

A. Assembly

B. Boolean

C. Explicit

D. Implicit

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

A. Assembly file

B. Drawing file

C. Part file

D. Product file

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

A. Assembly file

B. Drawing file

C. Part file

D. Product file

47. 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

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





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

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


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


50. Which statement best describes constraint-based CAD?

A. Method of 3D modeling in which geometric primitives are related to each other in a binary tree structurevia Boolean operations

B. Method of 3D modeling where surfaces are defined in space using Bezier curves in two or threedimensions

C. Method of 3D modeling where the model is represented by only by vertices and edges as if the object weretransparent

D. Method of 3D modeling which uses feature definitions, dimensional and geometric constraints, and afeature tree to define solid models

51. 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.

52. 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.

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

A. Boolean

B. Explicit

C. Geometric

D. Implicit

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

A. Boolean

B. Dimensional

C. Explicit

D. Implicit

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

A. Bidirectional associativity

B. Design intent

C. Explicit constraints

D. Implicit constraints

56. If the sketch is fully constrained, what GEOMETRIC CONSTRAINT(s) must exist in addition to horizontaland vertical constraints for the lines and the coincident constraint between the origin and the bottomhorizontal line?

A. Equal length constraint between the horizontal lines

B. Symmetry constraint between the vertical lines and the center of the arc

C. Tangent constraints between the arc and the horizontal lines

D. Vertical constraint the center of the arc and the end point of a line

57. If the sketch is fully constrained, what GEOMETRIC CONSTRAINT(s) must exist in addition to horizontaland vertical constraints for the lines and a coincident constraint between the origin and one of the lines?

A. A 45° angle constraint on the angled line

B. Equal length constraints between the long lines only

C. Equal length constraints between the two short lines and two long lines

D. Perpendicular constraints between adjacent lines

58. What is the constraint-based modeling function used to create the multiple versions of the KEY within asingle CAD file?

A. Bill of materials.

B. Design or family table.

C. Equation.

D. Stretch.

59. What GEOMETRIC CONSTRAINTS must exist if the sketch is fully constrained?

A. Horizontal and vertical constraints for the lines, perpendicular constraints between the lines, andtangent constraints between the arc and lines

B. Horizontal and vertical constraints for the lines, tangent constraints between the arc and lines, and acoincident constraint between the origin and the arc center

C. Horizontal and vertical constraints for the lines, tangent constraints between the arc and lines, and adimension for the radius of the arc

D. Horizontal and vertical constraints for the lines, tangent constraint between the arc and one of the lines,and a coincident constraint between the origin and the arc center

60. If the sketch is fully constrained, what GEOMETRIC CONSTRAINT(s) must exist in addition to the verticalconstraints for the lines and the coincident constraints between the origin and the horizontal center lineand the origin and the left vertical line?

A. Collinear constraint between the angled lines

B. Equal length constraint between the angled lines

C. Parallel constraint between the vertical lines

D. Symmetry constraint between the angled lines

61. The two objects reflect an obvious difference in:

A. Dimensions.

B. Geometry.

C. Topology.

D. Variational modeling.

62. What DEGREES OF FREEDOM are still present if the following constraints are present?

1. A COINCIDENT constraint between the bottom of the PLATE and the large surface on the BASE.

2. A COINCIDENT constraint between the back of the PLATE and the corresponding surface on the BASE.

A. One rotational and one translational

B. One rotational and two translational

C. No rotational and one translational

D. No rotational and two translational


1. A CONCENTRIC constraint between the outside of the SHAFT and the inside of the BUSHING.

2. A COINCIDENT constraint exists between the ends of both parts.


B. One rotational and no translational


D. No rotational and no translational


A. Horizontal and vertical constraints for the lines, a right triangle constraint, and a coincident constraintbetween the origin and the end point of one of the lines.

B. Horizontal and vertical constraints for the lines, equal lengths for all three lines, and a coincidentconstraint between the origin and the end point of one of the lines.

C. Horizontal and vertical constraints for the lines, equal lengths for two of the lines, and a coincidentconstraint between the origin and the end point of one of the lines.

D. Horizontal and vertical constraints for the lines, equal lengths for two of the lines, and a perpendicularconstraint between the two lines.


1. A COINCIDENT constraint between the bottom of the PLATE and the large surface on the BASE.

2. A COINCIDENT constraint between the left face on the PLATE and the corresponding surface on theBASE.


B. One rotational and two translational


D. No rotational and two translational

66. If the sketch is fully constrained, what GEOMETRIC CONSTRAINT(s) must exist in addition to horizontalconstraint between the origin and the center of one of the arcs and the coincident constraint between theorigin and the center line?

A. A symmetry constraint between the small arc centers, an equal radius constraint between the two smallarcs, and coincident constraints between the ends of all arcs and lines

B. Tangent constraints between all arcs and lines, a symmetry constraint between the small arc centers, andan equal length constraint between the angled lines

C. Tangent constraints between all arcs and lines, a symmetry constraint between the small arc centers, andan equal radius constraint between the two small arcs

D. Tangent constraints between all arcs and lines, an equal length constraint between the angled lines, andan equal radius constraint between the two small arcs

67. If only a CONCENTRIC constraint exists between the outside of the SHAFT and the inside of theBUSHING, what degrees of freedom are still present?


B. One rotational and no translational


D. No rotational and no translational

68. What is the implied design intent for the sketch if the origin is constrained to the midpoint of the diagonalcenterline (construction line)?

A. All sides of the rectangle should be equal

B. The height of the rectangle should always be twice the width

C. The origin should remain in the center of the rectangle

D. The origin should remain in the lower left corner

69. The two objects reflect a difference in:

A. Dimensional constraints.

B. Geometry.

C. Scale.

D. Topology.

70. What GEOMETRIC CONSTRAINT must exist to fully constrain the sketch?

A. Coincident constraint between the center of the circle and the origin

B. Concentric constraint between the circle and the arc

C. Horizontal constraint between the center of the circle and the origin

D. Tangent constraint between the circle and the arc


A. Horizontal and vertical constraints for the lines, a right triangle constraint, and a coincident constraintbetween the origin and the end point of one of the lines.

B. Horizontal and vertical constraints for the lines, equal lengths for all three lines, and a coincidentconstraint between the origin and the end point of one of the lines.

C. Horizontal and vertical constraints for the lines, equal lengths for two of the lines, and a coincidentconstraint between the origin and the end point of one of the lines.

D. Horizontal and vertical constraints for the lines, equal lengths for two of the lines, and a perpendicularconstraint between the two lines.

72. The threaded bolt illustrated in the figure below is an example of a/an:

A. Buttress thread.

B. External thread.

C. Internal thread.

D. Square thread.

73. Which type of KEY has an enlargement on one end to help with its removal?

A. Plain taper

B. Gib head

C. Square

D. Woodruff

74. The fastener represented below is a:

A. Cap Screw.

B. Rock & Pinion.

C. Set Shaft.

D. Rivet.

75. The standard thread form for fasteners such as bolts in the United States, Great Britain, and Canada is:

A. Knuckle.

B. Sharp-V.

C. Square.

D. Unified.

76. In the note 1 -8 UNC -2B, the UNC stands for:

A. Unified Nodal Code.

B. Unified Concentric.

C. United Control.

D. Unified Coarse.

77. In the notation below, what thread form is indicated? .375-16UNC-2A

A. Acme

B. Metric

C. Coarse

D. Unified

78. The illustration below is an example of which type of thread representation?

A. Schematic

B. Detail

C. Pictorial

D. Simplified

79. Which is NOT needed to draw threads?

A. Major diameter

B. Minor diameter

C. Thread fit

D. Thread length

80. A right-hand thread advances INTO a nut when turned:

A. Counterclockwise.

B. Clockwise.

C. Forward.

D. To the left.

81. In the note 5/8 -18 UNC -2B -RH, you are told that the:

A. Hole is threaded.

B. Hole is threaded to a depth of 18 inches.

C. Thread is left-handed.

D. Bolt is a unified fine thread.

82. The illustration below is an example of a:

A. In volute curve.

B. Cycloid curve.

C. Spiral curve.

D. Helix curve.

83. In the note .25 -20 UNC -2A, the "A" tells you that the thread is:

A. External.

B. Internal.

C. Right-hand thread.

D. 20? long.

84. Which statement is NOT true about Cap Screws?

A. Larger than Machine Screws.

B. Self tapping.

C. Used when appearance is important.

D. Ends are chamfered.

85. A typical threaded note for a bolt with a 5/8" major diameter, 11 threads per inch unified form coarse series,class 2 fit, external thread, and 2 ½ " long is written:

A. 5/8"-11 UNC-2B x 2 1/2" LG.

B. M 5/8"-11 UNC-2A x 2 1/2" LG.

C. 5/8"-11 UFC-2B x 2 1/2" LG.

D. 5/8"-11 UNC-2A x 2 1/2" LG.

86. 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.

87. The screw representation shown below is a:

A. Cap Screw.

B. Wood Screw.

C. Set Screw.

D. Rivet.

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

A. Checker

B. Designer

C. Operator

D. Revisor

89. The information that is bold, typically ¼" 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.

90. 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.

91. 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

92. 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.

93. 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.

94. 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.

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

A. Assembly drawings.

B. Detail drawings.

C. Working drawings.

D. Working lists.

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

A. Bill of materials.

B. Detail list.

C. Revision column.

D. Title block.

97. A drawing that describes the size and shape of a single object and also gives all of the necessarymanufacturing information is called a:

A. Detail drawing.

B. Partial assembly drawing.

C. Reference drawing.

D. Working assembly drawing.

98. 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.

99. 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.

100. 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.

101. 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.

102. 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

103. 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

104. 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.

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

A. Attribute.

B. Titleblock.

C. Change strip.

D. Parts list.

106. When sectioning small areas of an assembly drawing, section lines should be drawn:

A. At right angles.

B. Closer together.

C. Farther apart.

D. Conventionally at 30°.

107. Which statement is NOT true regarding design assemblies?

A. Dimensions are typically omitted

B. Preliminary drawing created by the designer

C. Used for production purposes

D. Usually drawn to full scale

108. A distinction between a detailed print and an assembly print is the:

A. Conventional practice of sectioning.

B. Format of part numbers.

C. Size and location of drawings.

D. Word ‘ASSEMBLY’ placed in the title block.

109. What does an assembly drawing show?

A. A detailed description of a single part

B. Partial views of each detail

C. The entire assembled machine or structure

D. The title strip and a written description of each part

110. 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.

111. What kind of drawings give all information necessary to assemble the machine or structure?

A. Assembly drawings

B. Detailed drawings

C. General drawings

D. Outline drawings

112. Detailed drawings are not necessary when what type of assembly drawing is used?

A. Design assembly

B. General assembly

C. Installation assembly

D. Working drawing assembly

113. A set of working drawings include:

A. Detail and assembly drawings.

B. Geometric dimensioning and tolerance drawings.

C. Sectional and assembly drawings.

D. Size and location drawings.

114. When a structure is exceedingly complex to assemble, drawings will be more comprehensible if shown as:

A. Center-to-center assemblies.

B. Local assemblies.

C. Standard assemblies.

D. Subassemblies.

115. The type of assembly drawing that contains all dimensions and notes for each individual part is the:

A. Design assembly.

B. General assembly.

C. Installation assembly.

D. Working drawing assembly.

116. For very thin parts on an assembly drawing the section may be:

A. Drawn at a 135°.

B. Drawn at a 45° angle.

C. Drawn using a solid fill.

D. Left out.

117. When a drafter produces a set of drawings that include both detail and assembly, these drawings are called:

A. CAD drawings.

B. Manufacturing drawings.

C. Working assembly drawings.

D. Working drawings.

118. What type of drawing is used for general reference in installing parts properly?

A. Assembly drawing

B. Blueprint drawing

C. Sectional drawing

D. Tabulated drawing

119. Where is a general assembly drawing typically used?

A. Engineering department

B. Finishing and assembly shop

C. Production

D. Shipping and receiving

120. A working drawing assembly shows:

A. Both, detail and assembly information.

B. Geometric constraints of mating parts.

C. Only details for large structures.

D. Working movement of mobile parts.

121. Parts that commonly do not require section views in an assembly drawing are:

A. Assembled parts.

B. Detailed parts.

C. Disassembled parts.

D. Standard parts.

122. What is the principal difference between detailed and assembly drawings?

A. Since assemblies are characteristically bigger, they require a larger sheet size than a detail drawing.

B. Assembly drawings are only required for machines or structures that have more than five parts, while adetail drawing has to be made for any number of parts.

C. Detailed drawings are typically used in production to manufacture the parts, while assembly drawings areused to put parts together.

D. Assembly drawings and detailed drawings are the same.

123. Which abbreviation denotes a type of material?

A. FORG

B. KWY

C. STD

D. STL

124. Which abbreviation denotes a type of dimension?

A. APPD

B. EA

C. OD

D. QTY

125. When all the fillets and rounds on an object are to be machined to .25, what is the best way for this to bespecified on the print?

A. Draw a leader to one corner with the number of times.

B. Draw local notes beside each surface.

C. Place a general note on the print.

D. Place fillet marks on all corners of the drawing.

126. When dimensions are too large to be placed in a small area of the drawing, what is the best way to fullydescribe the area?

A. Draw a detail circle around the area and enlarge the detail in a convenient place on the print.

B. Draw a leader line to the area and place the dimensions next to the leader line in numerical order.

C. Place a note of unspecified dimensions in the titleblock and label the area with a triangular bubbleindicator.

D. Scale the entire drawing to a larger scale and place dimensions in a table on a separate sheet.

127. If each surface of a casted part must have a machine finish, what is the most convenient way to establishthis on the print?

A. Draw local notes beside each surface

B. Place a FAO general note on the print

C. Place finish marks on all surfaces of the drawing

D. Type a note to indicate the finish in the parts list

128. "2X" written beside a detail label indicates:

A. The detail has twice as many dimensions.

B. The detail is twice the size of the original drawing.

C. There are two details the same size.

D. There are two holes dimensioned on the detail.

129. Which abbreviation denotes a type of manufacturing process?

A. CSTG

B. DWG

C. MAX

D. NTS

130. 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 relativeto 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 maximummaterial 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 atmaximum 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 atmaximum material condition relative to primary datum feature A and secondary datum feature B.

131. Identify the symbol used in geometric dimensioning.

A. Circularity

B. Concentricity

C. Diameter

D. Position

132. The geometric tolerance formed by projecting a three-dimensional figure onto a plane or by taking crosssections through the figure is:

A. Circular Runout.

B. Concentricity.

C. Profile.

D. Total Runout.

133. Identify the geometric characteristic symbol.

A. Flatness

B. Parallelism

C. Perpendicularity

D. Straightness

134. The location tolerance, which defines a zone within which the center, axis, or center plane of a feature ofsize is permitted to vary from a true position is:

A. Concentricity.

B. Position.

C. Runout.

D. Symmetry.

135. The location tolerance where the median points of all diametrically opposed elements of a figure ofrevolution are congruent with the axis of a datum feature is:

A. Circularity.

B. Concentricity.

C. Cylindricity.

D. Runout.


A. Circularity

B. Cylindricity

C. Concentricity

D. Position

137. What geometric tolerance has this shape for the tolerance zone?

A. Circularity

B. Concentricity

C. Cylindricity

D. Position

138. Identify the symbol used in geometric dimensioning.

A. Least material condition

B. Least tolerance zone

C. Liquid steel

D. Lower limit


A. Symmetry

B. Resistance

C. Parallelism

D. Straightness

140. What geometric tolerance has this shape for the tolerance zone?

A. Circularity

B. Concentricity

C. Cylindricity

D. Profile


A. Circular Runout

B. Profile of a line

C. Profile of a surface

D. Total Runout


A. Circular Runout

B. Profile of a line

C. Profile of a surface

D. Total Runout

143. The form tolerance where an element of a surface or a centerline is a straight line is:

A. Angularity.

B. Flatness.

C. Parallelism.

D. Straightness.

144. The orientation tolerance of a surface, center plane, or axis at a right angle to a datum plane or axis is:

A. Angularity.

B. Parallelism.

C. Perpendicularity.

D. Straightness.


A. Profile of a line

B. Profile of a surface

C. Roundness

D. Symmetry

146. 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

147. The three mutually perpendicular, theoretical planes used to position a part for use with geometricdimensions are jointly called the: used to position a part for use with geometric dimensions are jointlycalled the:

A. Datum feature symbol.

B. Datum reference frame.

C. Feature control frame.

D. Glass box model.


A. Circularity

B. Concentricity

C. Cylindricity

D. Position

149. Identify the condition in which a feature of size contains the least amount of material within the statedlimits of size.

A. Free state

B. LMC

C. MMC

D. RFS


A. A cylinder




151. The form tolerance of a surface of revolution in which all points of the surface are equidistant from acommon axis is:

A. Circularity.

B. Concentricity.

C. Cylindricity.

D. Runout.

152. Which item below reflects a part at least material condition?

A. A hole machined to the lower limit within the stated limits of size

B. A hole machined to the upper limit within the stated limits of size

C. A pin machined to the upper limit within the stated limits of size

D. A shaft machined to the upper limit within the stated limits of size

153. 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 ofan 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 withlocating dimensions.

154. The orientation tolerance of a surface, center plane, or axis at a specified angle (other than 90º) from adatum plane or axis is:

A. Angularity.

B. Flatness.

C. Parallelism.

D. Straightness.

155. Identify the condition in which a feature of size contains the maximum amount of material within thestated limits of size.

A. Free state

B. LMC

C. MMC

D. RFS


A. Profile of a line

B. Profile of a surface

C. Roundness

D. Symmetry

157. The geometric tolerance used to control the functional relationship of one re more features of a part to adatum axis is:

A. Circularity.

B. Cylindricity.

C. Parallelism.

D. Runout.

158. The form tolerance specifying a tolerance zone bounded by two concentric circles within which eachcircular element of a surface must lie is:

A. Circularity.

B. Concentricity.

C. Cylindricity.

D. Runout.

159. 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 areliable 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 orlocated.


A. Angularity

B. Runout

C. Slope

D. Straightness


A. A cylinder





A. Flatness

B. Parallelism

C. Straightness

D. Symmetry


A. Cylindricity

B. Circularity

C. Position

D. Concentricity

164. The symbolic means of indicating a datum feature that consists of a capital letter enclosed in a squareframe and a leader line extending from the frame to the concerned feature, terminating with a triangle iscalled a:

A. Basic dimension.

B. Datum feature symbol.

C. Datum reference frame.

D. Finish mark.

165. The orientation tolerance of a surface, equidistant at all points from a datum plane is:

A. Angularity.

B. Flatness.

C. Parallelism.

D. Straightness.

166. The form tolerance in which all surface elements are in one plane is:

A. Angularity.

B. Flatness.

C. Parallelism.

D. Straightness.

167. A computer program that creates slides that could be used in an electronic portfolio is:

A. 3D Studio Max.

B. Autodesk Inventor.

C. Adobe Reader.

D. Microsoft PowerPoint.

168. To copy text from one document to another inside a Microsoft Word document, one would select an area,and then press:

A. ALT + C

B. CTRL+ C

C. CTRL+ V

D. SHIFT + V

169. The unit measuring type and character size commonly used in publishing is called:

A. Grams.

B. Liters.

C. Pica.

D. Pounds.

170. The letters CAD is the:

A. Acronym for Computer Aided Drafting.

B. Acronym for Computerized AutoCAD Drawing.

C. File extension used for certain graphic images.

D. File extension for certain WORD documents.

171. The alignment of text where all type is aligned on the left side of a paragraph is called:

A. Even alignment.

B. Flush left.

C. In-line typesetting.

D. Indenting.

172. One way for a student to showcase his or her work to a potential employer or college is to electronicallyproduce a/an:

A. CAD drawing.

B. Compact Disk.

C. Home video.

D. Portfolio.

173. 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.

174. Which of the following is NOT used to create an electronic portfolio?

A. Computer

B. Digital Camera

C. Drafters Scale

D. Scanner

175. You can create an electronic portfolio on a/an:

A. Computer.

B. Cell phone.

C. T-square.

D. TI-83 electronic calculator.

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

A. Character families.

B. Font families.

C. Pica families.

D. Point styles.

177. When applying for a job, you are most likely going to be asked to fill out a/an:

A. Application

B. Electronic portfolio

C. Letter of intent

D. Letter of introduction

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

A. CAD

B. Spreadsheet

C. Template

D. Word processing

179. The horizontal space between words is called:

A. Kerning.

B. Pica.

C. Rows.

D. Tracking.

180. Someone who can give a recommendation for a job or who could vouch for one’s character could be placedon a resume’ or application and used as a/an:

A. Co-signer.

B. Interviewer.

C. Peer observer.

D. Reference.

181. 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.

182. To paste text into another document once you have copied the information to a PC’s short term memory,you would press:

A. CTRL+ C

B. CTRL+ V

C. SHIFT + C

D. SHIFT + S

183. When sending a resume’ to a potential employer, it is a good idea to include a/an:

A. Letter of introduction

B. Request for the company policies

C. Request for the working conditions of the position.

D. Your salary requirements

184. Which of the following would NOT be included in a Resume’?

A. Work and personal references

B. Work history

C. Your contact information

D. Your health care plan NOT be included in a Resume’?

185. In which view is the document placed horizontally?

A. Landscape

B. Portrait

C. Raster

D. Vector

186. The vertical space between lines, measured from the base of one line to the base of the next is called:

A. Horizontal spacing.

B. Leading.

C. Tabbing.

D. Tracking.

187. The detailed appearance of the type within a type family is called:

A. Font.

B. Gothic C.

C. Set copy.

D. Style.

188. In publishing, setting the left or right margin of text in from the base margins is called:

A. Blocking.

B. Indenting.

C. Inserting.

D. Justification.

189. The horizontal space between letters is called:

A. Indentation.

B. Kerning.

C. Template.

D. Vector.

190. In an electronic portfolio, the first slide you show should be the:

A. Best drawing you’ve ever created.

B. Letter of intent.

C. Photo of your high school working area.

D. Title or opening slide.

191. An example of a word processing software used to create a resume’ or letter of intent is:

A. 3D Studio Max.

B. Autodesk’s AutoCAD.

C. Microsoft Excel.

D. Microsoft Word.

192. 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

193. To place a document vertically is called:

A. Justified.

B. Landscape.

C. Portrait.

D. Template.

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

A. Figure layouts.

B. Pica styles.

C. Pixel families.

D. Type families.

195. Publishing is the process of:

A. Converting text.

B. Overwriting files.

C. Producing typeset pages.

D. Saving documents to a PC.

196. Times New Roman is an example of a/an:

A. Desktop publishing program.

B. File extension (.TNR).

C. Font style.

D. Spreadsheet.

197. Alignment of text in a paragraph is called:

A. Blocking.

B. Indenting.

C. Inserting.

D. Justification.

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