Question 1

A cutting plane line that is not straight and is offset or bending through the object is typically of a _________________ section.

Accepted Answer

Offset

Question 2

The section view that does not use a cutting plane line and is limited by a break line is called a ___________________.

Accepted Answer

Broken-out section

Question 3

Which of the following statements is true regarding sectional views?

Accepted Answer

A)  Thin features should not be section lined. 
B)  Offsets in the cutting plane are always at 90° and should always be shown in the sectional view. 
C)  Section lines are drawn thick and approximately 3/32" apart. 
D)  Dimensioning lines frequently cross section lines. 
E)  Section lines should be spaced proportional to the feature they are hatching. 
A)  Thin features should not be section lined. 
B)  Offsets in the cutting plane are always at 90° and should always be shown in the sectional view. 
C)  Section lines are drawn thick and approximately 3/32" apart. 
D)  Dimensioning lines frequently cross section lines. 
E)  Section lines should be spaced proportional to the feature they are hatching. A

Question 4

All visible edges and contours behind the cutting plane should be shown.

Accepted Answer

A) True 
 B)False

Question 5

Items should never be section lined, even though the cutting plane passes through what objects? _____________________________.

Accepted Answer

Ribs, webs

Question 6

Where mating surfaces meet in assembly drawings, no change is indicated in the section lines.

Accepted Answer

A) True 
 B)False

Question 7

A view in which the cutting plane is bent passing though selected features of the object and then removed to be on the original plane is a:

Accepted Answer

A)  Half section view 
B)  Revolved section view 
C)  Removed section view 
D)  Aligned section view 
E)  Full section view 
A)  Half section view 
B)  Revolved section view 
C)  Removed section view 
D)  Aligned section view 
E)  Full section view

Question 8

In the final drawing, cutting plane lines should be drawn thick.

Accepted Answer

A) True 
 B)False

Question 9

All of the following are elements of section views except:

Accepted Answer

A)  Cutting plane line 
B)  Hidden lines 
C)  Arrowheads 
D)  Section lines 
E)  Letter identifiers, such as A-A 
A)  Cutting plane line 
B)  Hidden lines 
C)  Arrowheads 
D)  Section lines 
E)  Letter identifiers, such as A-A

Question 10

A break used on cylindrical shafts or tubes are referred to as _______________.

Accepted Answer

The answer of A break used on cylindrical shafts or...

Question 11

The section view that is usually limited to symmetrical objects is the ________________.

Accepted Answer

The answer of The section view that is usually limited...

Question 12

Typically circular objects are drawn using half sections where required.

Accepted Answer

A) True 
 B)False

Question 13

Which of the following sectional views does not require a cutting plane line?

Accepted Answer

A)  Half section view 
B)  Full sections 
C)  Broken-out sectional view 
D)  Aligned sectional view 
E)  Removed section 
A)  Half section view 
B)  Full sections 
C)  Broken-out sectional view 
D)  Aligned sectional view 
E)  Removed section

Question 14

When section lines are drawn, the space between cross-hatch lines should be approximately ________.

Accepted Answer

The answer of When section lines are drawn, the space...

Question 15

All the following statements regarding sectional views is correct except:

Accepted Answer

A)  All visible edges and contours behind the cutting plane should be shown. 
B)  The type of cutting plane symbol you use depends on the type of sectional view to be shown. 
C)  Each section is completely independent of the other and drawn as if the other were not present. 
D)  Hidden lines are omitted in sectional views. 
E)  The arrows on a cutting plane indicate the viewing direction. 
A)  All visible edges and contours behind the cutting plane should be shown. 
B)  The type of cutting plane symbol you use depends on the type of sectional view to be shown. 
C)  Each section is completely independent of the other and drawn as if the other were not present. 
D)  Hidden lines are omitted in sectional views. 
E)  The arrows on a cutting plane indicate the viewing direction.

Question 16

The cutting plane line and arrowheads are drawn thin, like the centerline.

Accepted Answer

A) True 
 B)False

A cutting plane line that is not straight and is offset or bending through the object is typically of a _________________ section.

The section view that does not use a cutting plane line and is limited by a break line is called a ___________________.

Which of the following statements is true regarding sectional views?

All visible edges and contours behind the cutting plane should be shown.

Items should never be section lined, even though the cutting plane passes through what objects? _____________________________.

Where mating surfaces meet in assembly drawings, no change is indicated in the section lines.

A view in which the cutting plane is bent passing though selected features of the object and then removed to be on the original plane is a:

In the final drawing, cutting plane lines should be drawn thick.

All of the following are elements of section views except:

A break used on cylindrical shafts or tubes are referred to as _______________.

The section view that is usually limited to symmetrical objects is the ________________.

Typically circular objects are drawn using half sections where required.

Which of the following sectional views does not require a cutting plane line?

When section lines are drawn, the space between cross-hatch lines should be approximately ________.

All the following statements regarding sectional views is correct except:

The cutting plane line and arrowheads are drawn thin, like the centerline.

The Worldwide Graphic Language for Design

Layouts and Lettering

Visualization and Sketching

Using Geometry for Modeling and Design

Modeling and Refinement

Orthographic Projection

2D Drawing Representation

Auxiliary Views

Manufacturing Processes

Dimensioning

Tolerancing

Threads, Fasteners, and Springs

Working Drawings

3D Design Database and Drawing Management

Gears and Cams

Electronic Diagrams

Structural Drawings

Landform Drawings

Piping Drawings

Welding Representation

Companion Website Axonometric Projection

Companion Website Perspective Drawings

Filters

Exam 8: Section Views

A cutting plane line that is not straight and is offset or bending through the object is typically of a _________________ section.

The section view that does not use a cutting plane line and is limited by a break line is called a ___________________.

Which of the following statements is true regarding sectional views?

All visible edges and contours behind the cutting plane should be shown.

Items should never be section lined, even though the cutting plane passes through what objects? _____________________________.

Where mating surfaces meet in assembly drawings, no change is indicated in the section lines.

A view in which the cutting plane is bent passing though selected features of the object and then removed to be on the original plane is a:

In the final drawing, cutting plane lines should be drawn thick.

All of the following are elements of section views except:

A break used on cylindrical shafts or tubes are referred to as _______________.

The section view that is usually limited to symmetrical objects is the ________________.

Typically circular objects are drawn using half sections where required.

Which of the following sectional views does not require a cutting plane line?

When section lines are drawn, the space between cross-hatch lines should be approximately ________.

All the following statements regarding sectional views is correct except:

The cutting plane line and arrowheads are drawn thin, like the centerline.

The Worldwide Graphic Language for Design

Layouts and Lettering

Visualization and Sketching

Using Geometry for Modeling and Design

Modeling and Refinement

Orthographic Projection

2D Drawing Representation

Auxiliary Views

Manufacturing Processes

Dimensioning

Tolerancing

Threads, Fasteners, and Springs

Working Drawings

3D Design Database and Drawing Management

Gears and Cams

Electronic Diagrams

Structural Drawings

Landform Drawings

Piping Drawings

Welding Representation

Companion Website Axonometric Projection

Companion Website Perspective Drawings

Filters