Question 1

Name the standard that is conveyed by the American Society of Mechanical Engineers document for lines and lettering.

Accepted Answer

ASME Y14.2

Question 2

MATCHING
-Thin lines capped on the ends with arrowheads.

Accepted Answer

A) chain line 
B) object line 
C) stitch line 
D) hidden line 
E) phantom line
F)section line
G)break line
H)leader line
I)cutting-plane line
J)construction line
K)dimension line
L)extension line 
A) chain line 
B) object line 
C) stitch line 
D) hidden line 
E) phantom line
F)section line
G)break line
H)leader line
I)cutting-plane line
J)construction line
K)dimension line
L)extension line

Question 3

Arrowheads are used to terminate ______________________________ and ____________________.

Accepted Answer

dimension

Question 4

A hidden line represents an invisible edge on an object. Hidden lines are thin lines drawn .01 in. (0.3 mm) thick.

Accepted Answer

A) True 
 B)False

Question 5

MATCHING
-Used to connect a specific note to a feature.

Accepted Answer

A) chain line 
B) object line 
C) stitch line 
D) hidden line 
E) phantom line
F)section line
G)break line
H)leader line
I)cutting-plane line
J)construction line
K)dimension line
L)extension line 
A) chain line 
B) object line 
C) stitch line 
D) hidden line 
E) phantom line
F)section line
G)break line
H)leader line
I)cutting-plane line
J)construction line
K)dimension line
L)extension line

Question 6

A section line is similar to a visible object line, except it is ____.

Accepted Answer

A)  dashed 
B)  thicker 
C)  dotted 
D)  straighter 
E)  none of the above 
A)  dashed 
B)  thicker 
C)  dotted 
D)  straighter 
E)  none of the above

Question 7

Vertical uppercase letters are the industry standard.

Accepted Answer

A) True 
 B)False

Question 8

MATCHING
-Also called visible lines.

Accepted Answer

A) chain line 
B) object line 
C) stitch line 
D) hidden line 
E) phantom line
F)section line
G)break line
H)leader line
I)cutting-plane line
J)construction line
K)dimension line
L)extension line 
A) chain line 
B) object line 
C) stitch line 
D) hidden line 
E) phantom line
F)section line
G)break line
H)leader line
I)cutting-plane line
J)construction line
K)dimension line
L)extension line

Question 9

Extension lines can be used to show the extension of a surface to a theoretical intersection.

Accepted Answer

A) True 
 B)False

Question 10

A "bolt circle" is a pattern of holes arranged in a circle.

Accepted Answer

A) True 
 B)False

Question 11

These lines are used to identify alternate positions of moving parts.

Accepted Answer

A)  section lines 
B)  break lines 
C)  chain lines 
D)  phantom lines 
E)  stitch lines 
A)  section lines 
B)  break lines 
C)  chain lines 
D)  phantom lines 
E)  stitch lines

Question 12

What is the difference between cutting plane lines and viewing plane lines?

Accepted Answer

A)  Cutting plane lines are only used where a portion of an object is completely cut away. 
B)  Viewing plane lines are thicker than cutting plane lines. 
C)  Cutting plane lines are thicker than viewing plane lines. 
D)  Viewing plane lines are used to identify where a section is taken. 
E)  none of the above 
A)  Cutting plane lines are only used where a portion of an object is completely cut away. 
B)  Viewing plane lines are thicker than cutting plane lines. 
C)  Cutting plane lines are thicker than viewing plane lines. 
D)  Viewing plane lines are used to identify where a section is taken. 
E)  none of the above

Question 13

MATCHING
-Thick lines used to show where a section view is taken.

Accepted Answer

A) chain line 
B) object line 
C) stitch line 
D) hidden line 
E) phantom line
F)section line
G)break line
H)leader line
I)cutting-plane line
J)construction line
K)dimension line
L)extension line 
A) chain line 
B) object line 
C) stitch line 
D) hidden line 
E) phantom line
F)section line
G)break line
H)leader line
I)cutting-plane line
J)construction line
K)dimension line
L)extension line

Question 14

MATCHING
-Thin line used to show where the cutting-plane line has cut through material.

Accepted Answer

A) chain line 
B) object line 
C) stitch line 
D) hidden line 
E) phantom line
F)section line
G)break line
H)leader line
I)cutting-plane line
J)construction line
K)dimension line
L)extension line 
A) chain line 
B) object line 
C) stitch line 
D) hidden line 
E) phantom line
F)section line
G)break line
H)leader line
I)cutting-plane line
J)construction line
K)dimension line
L)extension line

Question 15

Extension lines are thin lines used to establish the extent of a dimension and begin with a .06 in. (1.5 mm) space from the object and extend to about .125 in. (3 mm) beyond the last dimension.

Accepted Answer

A) True 
 B)False

Question 16

How many line thicknesses does ASME recommend?

Accepted Answer

A)  one 
B)  two 
C)  three 
D)  four 
E)  five 
A)  one 
B)  two 
C)  three 
D)  four 
E)  five

Question 17

Phantom lines are:

Accepted Answer

A)  thin lines made of one long and two short dashes alternately spaced 
B)  used to identify alternate positions of moving parts 
C)  used to identify adjacent positions of related parts 
D)  used to identify repetitive details, or the contour of filleted and rounded corners 
E)  all of the above 
A)  thin lines made of one long and two short dashes alternately spaced 
B)  used to identify alternate positions of moving parts 
C)  used to identify adjacent positions of related parts 
D)  used to identify repetitive details, or the contour of filleted and rounded corners 
E)  all of the above

Question 18

These lines are used in the view of a section to show where the object has been cut.

Accepted Answer

A)  section lines 
B)  break lines 
C)  chain lines 
D)  phantom lines 
E)  stitch lines 
A)  section lines 
B)  break lines 
C)  chain lines 
D)  phantom lines 
E)  stitch lines

Question 19

A leader line is capped with this when the leader points inside the object:

Accepted Answer

A)  a .25 in. (6 mm) dot 
B)  a .05 in. (1.5 mm) arrowhead 
C)  a .05 in. (1.5 mm) dot 
D)  a .05 in. (1.5 mm) circle 
E)  none of the above 
A)  a .25 in. (6 mm) dot 
B)  a .05 in. (1.5 mm) arrowhead 
C)  a .05 in. (1.5 mm) dot 
D)  a .05 in. (1.5 mm) circle 
E)  none of the above

Question 20

The approximate inch conversion for standard line thicknesses is .02 in. (0.6 mm) for thick lines and .01 in. (0.3 mm) for thin lines. This establishes a two-to-one ratio between thick and thin lines.

Accepted Answer

A) True 
 B)False

Name the standard that is conveyed by the American Society of Mechanical Engineers document for lines and lettering.

MATCHING -Thin lines capped on the ends with arrowheads.

Arrowheads are used to terminate __________ and .

A hidden line represents an invisible edge on an object. Hidden lines are thin lines drawn .01 in. (0.3 mm) thick.

MATCHING -Used to connect a specific note to a feature.

A section line is similar to a visible object line, except it is ____.

Vertical uppercase letters are the industry standard.

MATCHING -Also called visible lines.

Extension lines can be used to show the extension of a surface to a theoretical intersection.

A "bolt circle" is a pattern of holes arranged in a circle.

These lines are used to identify alternate positions of moving parts.

What is the difference between cutting plane lines and viewing plane lines?

MATCHING -Thick lines used to show where a section view is taken.

MATCHING -Thin line used to show where the cutting-plane line has cut through material.

Extension lines are thin lines used to establish the extent of a dimension and begin with a .06 in. (1.5 mm) space from the object and extend to about .125 in. (3 mm) beyond the last dimension.

How many line thicknesses does ASME recommend?

Phantom lines are:

These lines are used in the view of a section to show where the object has been cut.

A leader line is capped with this when the leader points inside the object:

The approximate inch conversion for standard line thicknesses is .02 in. (0.6 mm) for thick lines and .01 in. (0.3 mm) for thin lines. This establishes a two-to-one ratio between thick and thin lines.

Introduction to Engineering and Manufacturing Technology Print Reading

Communicating with a Sketch

Scales and Precision Measurement

Reading Multiviews

Reading Auxiliary Views

Manufacturing Materials and Processes

Reading Dimensions

Reading Prints With Fasteners and Springs

Reading Sections, Revolutions, and Conventional Breaks

Reading Geometric Dimensioning and Tolerancing

Reading Linkage, Cam, Gear, and Bearing Prints

Reading Precision Sheet Metal Prints

Reading Prints of Working Drawings

Welding Processes and Reading Welding Representations

Reading Prints of Pictorial Drawings

Reading Electrical Diagrams and Schematics

Filters

Exam 4: Reading Lines and Lettering on a Print

Name the standard that is conveyed by the American Society of Mechanical Engineers document for lines and lettering.

MATCHING -Thin lines capped on the ends with arrowheads.

Arrowheads are used to terminate ______________________________ and ____________________.

A hidden line represents an invisible edge on an object. Hidden lines are thin lines drawn .01 in. (0.3 mm) thick.

MATCHING -Used to connect a specific note to a feature.

A section line is similar to a visible object line, except it is ____.

Vertical uppercase letters are the industry standard.

MATCHING -Also called visible lines.

Extension lines can be used to show the extension of a surface to a theoretical intersection.

A "bolt circle" is a pattern of holes arranged in a circle.

These lines are used to identify alternate positions of moving parts.

What is the difference between cutting plane lines and viewing plane lines?

MATCHING -Thick lines used to show where a section view is taken.

MATCHING -Thin line used to show where the cutting-plane line has cut through material.

Extension lines are thin lines used to establish the extent of a dimension and begin with a .06 in. (1.5 mm) space from the object and extend to about .125 in. (3 mm) beyond the last dimension.

How many line thicknesses does ASME recommend?

Phantom lines are:

These lines are used in the view of a section to show where the object has been cut.

A leader line is capped with this when the leader points inside the object:

The approximate inch conversion for standard line thicknesses is .02 in. (0.6 mm) for thick lines and .01 in. (0.3 mm) for thin lines. This establishes a two-to-one ratio between thick and thin lines.

Introduction to Engineering and Manufacturing Technology Print Reading

Communicating with a Sketch

Scales and Precision Measurement

Reading Multiviews

Reading Auxiliary Views

Manufacturing Materials and Processes

Reading Dimensions

Reading Prints With Fasteners and Springs

Reading Sections, Revolutions, and Conventional Breaks

Reading Geometric Dimensioning and Tolerancing

Reading Linkage, Cam, Gear, and Bearing Prints

Reading Precision Sheet Metal Prints

Reading Prints of Working Drawings

Welding Processes and Reading Welding Representations

Reading Prints of Pictorial Drawings

Reading Electrical Diagrams and Schematics

Filters

Arrowheads are used to terminate __________ and .