

MCQOPTIONS
This section includes 730 Mcqs, each offering curated multiple-choice questions to sharpen your Engineering knowledge and support exam preparation. Choose a topic below to get started.
51. |
In developing a multi-view drawing the drafter can use a ________ line to help locate the top and right side views. |
A. | object |
B. | hidden |
C. | dimension |
D. | miter |
Answer» E. | |
52. |
This is used to indicate that a surface is to be machined: |
A. | Finish mark |
B. | Machining mark |
C. | Roughness indicator |
D. | Coordinate mark |
Answer» B. Machining mark | |
53. |
The type of line that projects from an object for the express purpose of locating a dimension is a ________ line. |
A. | visible |
B. | hidden |
C. | extension |
D. | dimension |
Answer» D. dimension | |
54. |
The ________ tool on the Dimension tool bar places the length of an arch on a drawing. |
A. | Arc Radius |
B. | Arc Length |
C. | Radius |
D. | Diameter |
Answer» C. Radius | |
55. |
If a plane is parallel to the plane of projection, it appears: |
A. | True size |
B. | As a line or edge |
C. | Foreshortened |
D. | As an oblique surface |
Answer» B. As a line or edge | |
56. |
This is a thin solid line directing attention to a note or dimension and starting with an arrowhead or dot: |
A. | Dimension line |
B. | Extension line |
C. | Leader |
D. | Specification |
Answer» D. Specification | |
57. |
This line pattern is composed of three dashes, one long dash on each end with a short dash in the middle: |
A. | Object |
B. | Hidden |
C. | Center |
D. | Phantom |
Answer» D. Phantom | |
58. |
Placement of dimensions on a drawing is controlled by ________. |
A. | ANSI |
B. | The design engineer |
C. | Corporate drafting standards |
D. | All of the above |
Answer» E. | |
59. |
Baseline dimensions are referenced from a common geometric feature known as a ________. |
A. | edge |
B. | corner |
C. | datum |
D. | point of reference |
Answer» D. point of reference | |
60. |
The maximum and minimum sizes of a feature are identified by a ________ tolerance. |
A. | Limits |
B. | GD&T |
C. | reference |
D. | allowance |
Answer» B. GD&T | |
61. |
In multi-view drawing it is common practice to include three views, the front, the top and the right side. If no dimensions are required on the right side view the drafter can ________. |
A. | leave the view as is |
B. | eliminate the view |
C. | use the left view instead |
D. | none of the above |
Answer» C. use the left view instead | |
62. |
This type of surface is tipped to all principal planes of projection and does not appear true size in any standard view: |
A. | Foreshortened |
B. | Parallel |
C. | Orthographic |
D. | Oblique |
Answer» E. | |
63. |
The ________ tool on the Dimension tool bar will place several dimensions at one time by using a selection box placed over several part features. |
A. | Linear |
B. | Continue |
C. | Baseline |
D. | Quick Dimension |
Answer» E. | |
64. |
Geometric primitives include shapes such as ________. |
A. | boxes |
B. | cylinders |
C. | wedges |
D. | all of the above |
Answer» E. | |
65. |
A full scale technical drawing will have a scale factor of ________. |
A. | 1:1 |
B. | 1:2 |
C. | 2:1 |
D. | 1:4 |
Answer» B. 1:2 | |
66. |
Objects that are symmetric can be shown effectively using this type of section: |
A. | Quarter section |
B. | Half section |
C. | Full section |
D. | Symmetric section |
Answer» C. Full section | |
67. |
This type of section is not in direct projection from the view containing the cutting plane: |
A. | Revolved section |
B. | Removed section |
C. | Broken-out section |
D. | Full section |
Answer» C. Broken-out section | |
68. |
By using a ________ section of a cylindrical mechanical part the drafter should be able to show only one view of the part. |
A. | half |
B. | whole |
C. | revolved |
D. | broken out |
Answer» D. broken out | |
69. |
In the section view, the areas that would have been in actual contact with the cutting plane are shown with: |
A. | A cutting plane line |
B. | Section lining |
C. | Visible lines |
D. | Lines and arrows |
Answer» C. Visible lines | |
70. |
One way to evenly space dimensions on a drawing is to use the ________. |
A. | Dimension Space tool |
B. | Linear tool |
C. | Continue tool |
D. | Baseline tool |
Answer» B. Linear tool | |
71. |
The ________ dimension tool will place the length of an angled line. |
A. | Aligned |
B. | Angle |
C. | Linear |
D. | Radial |
Answer» B. Angle | |
72. |
These breaks are used to shorten the view of an object: |
A. | Section breaks |
B. | Aligned breaks |
C. | Conventional breaks |
D. | Full breaks |
Answer» D. Full breaks | |
73. |
When only a small section of an interior area needs to be revealed the drafter can use a ________ section. |
A. | half |
B. | quarter |
C. | full |
D. | broken out |
Answer» E. | |
74. |
In this type of section, one quarter of the object is removed: |
A. | Revolved section |
B. | Removed section |
C. | Quarter section |
D. | Half section |
Answer» E. | |
75. |
A ________ section allows the drafter to create a Cutting Plane line which is not in a straight line across the part. |
A. | Offset |
B. | half |
C. | whole |
D. | broken out |
Answer» B. half | |
76. |
The ________ is a standard element of a section view in a technical drawing. |
A. | Cutting Plane line |
B. | Section lines |
C. | Material hatch pattern |
D. | All of the above |
Answer» E. | |
77. |
When creating a Cutting Plane line with AutoCAD it is customary to use a ________ to create the line. |
A. | center line |
B. | polyline |
C. | dashed line |
D. | hatch line |
Answer» C. dashed line | |
78. |
This is the plane upon which the top view is projected: |
A. | Horizontal |
B. | Frontal |
C. | Profile |
D. | Base |
Answer» B. Frontal | |
79. |
This is a line terminated by arrowheads, indicating the direction and extent of a dimension: |
A. | Dimension line |
B. | Extension line |
C. | Arrowhead line |
D. | Centerline |
Answer» B. Extension line | |
80. |
In U.S. structural and architectural drafting, all dimensions of this length are usually expressed in feet and inches: |
A. | One inch or over |
B. | One foot or over |
C. | One yard or over |
D. | One rod or over |
Answer» C. One yard or over | |
81. |
An advantage of this type of view is that each view shows the object all the way through as if it were transparent: |
A. | Planar |
B. | Horizontal |
C. | Auxiliary |
D. | Orthographic |
Answer» E. | |
82. |
When lettering a CAD drawing, for clarity you should limit the number of fonts to: |
A. | One |
B. | Two |
C. | Three |
D. | Any number |
Answer» C. Three | |
83. |
These units are based on inch-foot and yard measurements: |
A. | International customary units |
B. | U.S. metric units |
C. | U.S. customary units |
D. | ISO international units |
Answer» D. ISO international units | |
84. |
The primary unit of measurement for engineering drawings and design in the mechanical industries is the: |
A. | Millimeter |
B. | Centimeter |
C. | Meter |
D. | Kilometer |
Answer» B. Centimeter | |
85. |
Referring to the fractional inches to decimal inches to millimeter conversion chart on page 55 what is the equivalent mm measurement of 3/16 inch. |
A. | 1.906 |
B. | 4.7625 |
C. | 5.958 |
D. | 14.6844 |
Answer» C. 5.958 | |
86. |
In order to convert fractional inches into decimal inches ________. |
A. | look on a metric conversion chart |
B. | divide the numerator (top number) by the denominator (bottom number) |
C. | check the engineer's scale |
D. | all of the above |
Answer» C. check the engineer's scale | |
87. |
There are two main types of projection: |
A. | Parallel and Orthographic |
B. | Station-point and Perspective |
C. | Parallel and Convergent |
D. | Perspective and Parallel |
Answer» E. | |
88. |
Some traditional board drafters preferred the drafting machine over the parallel straight edge because it could be used without the need for________. |
A. | circle templates |
B. | triangles |
C. | technical pens |
D. | lettering guides |
Answer» C. technical pens | |
89. |
A half-moon protractor is divided into how many degrees? |
A. | 360 |
B. | 180 |
C. | 270 |
D. | 310 |
Answer» C. 270 | |
90. |
In this type of dimensioning, allowance must be made for bends: |
A. | Angular |
B. | Tolerance |
C. | Datum |
D. | Sheet metal |
Answer» E. | |
91. |
This type of drawing is created to calculate areas, locate property lines, and locate building projects and facilities: |
A. | Traverse |
B. | Contour |
C. | City map |
D. | Plat |
Answer» E. | |
92. |
This type of projection is when projectors are parallel to each other, but are at an angle other than 90 degrees to the plane of projection: |
A. | Oblique projection |
B. | Perpendicular projection |
C. | Aesthetic projection |
D. | Angular projection |
Answer» B. Perpendicular projection | |
93. |
A civil engineer working on a bridge design would probably rely on his ________ scale for checking printed drawings. |
A. | engineer's |
B. | metric |
C. | architect's |
D. | none of the above |
Answer» B. metric | |
94. |
A line drawn with a long section, short dash, and another long section is a ________. |
A. | hidden feature |
B. | center of a circle |
C. | center axis of a hidden cylinder |
D. | center of a radius |
Answer» D. center of a radius | |
95. |
Traditional drafters need to be able to create several different line widths because ________. |
A. | different line widths convey different information |
B. | the line width has to do with how dark it appear in the finished drawing |
C. | they seem to transmit better in a fax machine |
D. | it makes no difference |
Answer» B. the line width has to do with how dark it appear in the finished drawing | |
96. |
These are vertical distances above a common datum, reference plane, or point: |
A. | Plats |
B. | Elevations |
C. | Traverse |
D. | Profiles |
Answer» C. Traverse | |
97. |
These are lines drawn on a map to locate, in the plan view, points of equal ground elevation: |
A. | Contours |
B. | Elevations |
C. | Profiles |
D. | Hatchures |
Answer» B. Elevations | |
98. |
These maps are used to plan construction projects that locate construction features so they fit the topography of the area: |
A. | Subdivision plats |
B. | Landscape maps |
C. | Structural topography maps |
D. | Structure location plans |
Answer» E. | |
99. |
In this type of projection, each of the axes has different ratios of foreshortening: |
A. | Isometric |
B. | Dimetric |
C. | Trimetric |
D. | Parallel |
Answer» D. Parallel | |
100. |
Lines of an isometric drawing that are not parallel to the isometric axes are called this: |
A. | Trimetric lines |
B. | Nonisometric lines |
C. | Multiview lines |
D. | Dimetric lines |
Answer» C. Multiview lines | |