Question 1

An oblique surface is perpendicular to _____ principle projection planes.

Accepted Answer

A) 0 
B) 1 
C)  2 
D)  3 
A) 0 
B) 1 
C)  2 
D)  3

Question 2

Hidden lines in an auxiliary view should be omitted unless they are needed for clarity.

Accepted Answer

A) True 
 B)False

Question 3

The auxiliary view is projected from a view that shows the foreshortened surface as:

Accepted Answer

A)  Size 
B) a plane 
C)  a line 
D)  parallel 
A)  Size 
B) a plane 
C)  a line 
D)  parallel

Question 4

The label F/A of a fold line stands for frontal/auxiliary.

Accepted Answer

A) True 
 B)False

Question 5

A primary auxiliary view is always projected from the front view.

Accepted Answer

A) True 
 B)False

Question 6

When constructing an auxiliary view, it is important to first:

Accepted Answer

A) construct fold lines 
B) draw light projection lines 
C)  sketch the auxiliary view 
D)  label all important points 
A) construct fold lines 
B) draw light projection lines 
C)  sketch the auxiliary view 
D)  label all important points

Question 7

Which of the following is not a purpose that auxiliary view serves?

Accepted Answer

A) to avoid having to create a removed sectional view 
B) to illustrate the true size of a surface 
C)  to illustrate the true shape of a surface 
D)  to project and complete other views 
A) to avoid having to create a removed sectional view 
B) to illustrate the true size of a surface 
C)  to illustrate the true shape of a surface 
D)  to project and complete other views

Question 8

Projection lines are always drawn 90 degrees to their fold line.

Accepted Answer

A) True 
 B)False

Question 9

The reference plane line from which distances are measured from in the auxiliary view is ____ to the edge view of the inclined surface.

Accepted Answer

A) parallel 
B) perpendicular 
C)  foreshortened 
D)  close 
A) parallel 
B) perpendicular 
C)  foreshortened 
D)  close

Question 10

Points on an irregular curve should be spaced an equal distance apart.

Accepted Answer

A) True 
 B)False

Question 11

The principal dimension for an auxiliary view projected from the front view is:

Accepted Answer

A) height 
B) width 
C)  depth 
A) height 
B) width 
C)  depth

Question 12

Two labeled points of a circle will cross the reference line at exactly the same point.

Accepted Answer

A) True 
 B)False

Question 13

Only the points near the reference line need to be labeled.

Accepted Answer

A) True 
 B)False

Question 14

A primary auxiliary view drawing is projected from either the front, top, or profile planes.

Accepted Answer

A) True 
 B)False

Question 15

A fold line should be drawn _____ to the oblique surface.

Accepted Answer

A) perpendicular 
B) parallel 
C)  inclined 
D)  none of the above 
A) perpendicular 
B) parallel 
C)  inclined 
D)  none of the above

An oblique surface is perpendicular to _____ principle projection planes.

Hidden lines in an auxiliary view should be omitted unless they are needed for clarity.

The auxiliary view is projected from a view that shows the foreshortened surface as:

The label F/A of a fold line stands for frontal/auxiliary.

A primary auxiliary view is always projected from the front view.

When constructing an auxiliary view, it is important to first:

Which of the following is not a purpose that auxiliary view serves?

Projection lines are always drawn 90 degrees to their fold line.

The reference plane line from which distances are measured from in the auxiliary view is ____ to the edge view of the inclined surface.

Points on an irregular curve should be spaced an equal distance apart.

The principal dimension for an auxiliary view projected from the front view is:

Two labeled points of a circle will cross the reference line at exactly the same point.

Only the points near the reference line need to be labeled.

A primary auxiliary view drawing is projected from either the front, top, or profile planes.

A fold line should be drawn _____ to the oblique surface.

Introduction

Employability Skills for Drafting and Design Technicians

Drafting Tools: Conventional, Cad, and Solid Modeling

Sketching and Lettering for Engineering Communication

Geometric Construction

Spatial Visualization and Multiview Drawings

Dimensioning and Notation

Sectional Views

Descriptive Geometry

Patterns and Developments

Solid 3D Modeling: Computational Design and Analysis

Geometric Dimensioning and Tolerancing

Fasteners

Springs

Cams

Gears

Assembly and Detail Drawings for Design

Pictorial Drawings

Welding

Modern Manufacturing: Materials, Processes, and Automation

The Design Process and Advanced Concepts

Filters

Exam 9: Auxiliary Views

An oblique surface is perpendicular to _____ principle projection planes.

Hidden lines in an auxiliary view should be omitted unless they are needed for clarity.

The auxiliary view is projected from a view that shows the foreshortened surface as:

The label F/A of a fold line stands for frontal/auxiliary.

A primary auxiliary view is always projected from the front view.

When constructing an auxiliary view, it is important to first:

Which of the following is not a purpose that auxiliary view serves?

Projection lines are always drawn 90 degrees to their fold line.

The reference plane line from which distances are measured from in the auxiliary view is ____ to the edge view of the inclined surface.

Points on an irregular curve should be spaced an equal distance apart.

The principal dimension for an auxiliary view projected from the front view is:

Two labeled points of a circle will cross the reference line at exactly the same point.

Only the points near the reference line need to be labeled.

A primary auxiliary view drawing is projected from either the front, top, or profile planes.

A fold line should be drawn _____ to the oblique surface.

Introduction

Employability Skills for Drafting and Design Technicians

Drafting Tools: Conventional, Cad, and Solid Modeling

Sketching and Lettering for Engineering Communication

Geometric Construction

Spatial Visualization and Multiview Drawings

Dimensioning and Notation

Sectional Views

Descriptive Geometry

Patterns and Developments

Solid 3D Modeling: Computational Design and Analysis

Geometric Dimensioning and Tolerancing

Fasteners

Springs

Cams

Gears

Assembly and Detail Drawings for Design

Pictorial Drawings

Welding

Modern Manufacturing: Materials, Processes, and Automation

The Design Process and Advanced Concepts

Filters