Question 1

The ASME standard for lines and lettering is, Line Conventions and Lettering, ASME Y14.2.

Accepted Answer

A) True 
 B)False  True

Question 2

All lines of the same type have uniform thickness throughout the drawing.

Accepted Answer

A) True 
 B)False  True

Question 3

Visible lines, also called object lines or outlines, describe the visible surface or edge of the object, and are drawn .2 in. (0.6 mm) wide.

Accepted Answer

A) True 
 B)False  False

Question 4

Military (MIL) standards recommend three line thicknesses: thick (cutting and viewing-plane, short break, and object), medium (hidden and phantom), and thin (center, dimension, extension, leader, long break, and section).

Accepted Answer

A) True 
 B)False

Question 5

MATCHING
-Thin line used to establish the extent of a dimension.

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

Define font.

Accepted Answer

The term font refers

Question 7

A hidden line is ____.

Accepted Answer

A)  dashed 
B)  thick 
C)  dotted 
D)  straight 
E)  none of the above 
A)  dashed 
B)  thick 
C)  dotted 
D)  straight 
E)  none of the above

Question 8

MATCHING
-Represents an invisible edge of an object.

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

MATCHING
-Thick line made up of long and short dashes used to show portion of surface receives specified treatment.

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 10

Visible lines are also called ____________________ lines.

Accepted Answer

The answer of Visible lines are also called ____________________ lines....

Question 11

What are centerlines used to show and locate?

Accepted Answer

The centers of circles and arc

Question 12

How many line thicknesses does MIL recommend?

Accepted Answer

A)  1 
B)  2 
C)  3 
D)  5 
E)  7 
A)  1 
B)  2 
C)  3 
D)  5 
E)  7

Question 13

Standard line thicknesses are 0.06 mm minimum for thick lines and 0.03 mm minimum for thin lines.

Accepted Answer

A) True 
 B)False

Question 14

MATCHING
-There are two acceptable types of this line. One drawn with dashes, the other drawn with dots.

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

The arrowhead is omitted when a leader line points to a dimension line. This is done when there is not enough space for text to be inserted at the dimension line, and the text is connected to the leader.

Accepted Answer

A) True 
 B)False

Question 16

The use of fractions is common on some drawings. Which type of drawing does not commonly use fractions?

Accepted Answer

A)  architectural drawings 
B)  structural drawings 
C)  engineering drawings 
D)  isometric drawings 
E)  none of the above 
A)  architectural drawings 
B)  structural drawings 
C)  engineering drawings 
D)  isometric drawings 
E)  none of the above

Question 17

A(n) ____ is used to terminate a dimension line.

Accepted Answer

A)  arrowhead 
B)  extension line 
C)  object line 
D)  leader 
E)  none of the above 
A)  arrowhead 
B)  extension line 
C)  object line 
D)  leader 
E)  none of the above

Question 18

The American Society of Mechanical Engineers (ASME) recommends two-line thickness, which are thick and thin lines.

Accepted Answer

A) True 
 B)False

Question 19

MATCHING
-There are two types of this line one for short spaces and the other for longer spaces.

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 20

MATCHING
-Used for laying out the drawing, drawn so lightly that they are not mistaken for any other type of line.

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

The ASME standard for lines and lettering is, Line Conventions and Lettering, ASME Y14.2.

All lines of the same type have uniform thickness throughout the drawing.

Visible lines, also called object lines or outlines, describe the visible surface or edge of the object, and are drawn .2 in. (0.6 mm) wide.

Military (MIL) standards recommend three line thicknesses: thick (cutting and viewing-plane, short break, and object), medium (hidden and phantom), and thin (center, dimension, extension, leader, long break, and section).

MATCHING -Thin line used to establish the extent of a dimension.

Define font.

A hidden line is ____.

MATCHING -Represents an invisible edge of an object.

MATCHING -Thick line made up of long and short dashes used to show portion of surface receives specified treatment.

Visible lines are also called ____________________ lines.

What are centerlines used to show and locate?

How many line thicknesses does MIL recommend?

Standard line thicknesses are 0.06 mm minimum for thick lines and 0.03 mm minimum for thin lines.

MATCHING -There are two acceptable types of this line. One drawn with dashes, the other drawn with dots.

The arrowhead is omitted when a leader line points to a dimension line. This is done when there is not enough space for text to be inserted at the dimension line, and the text is connected to the leader.

The use of fractions is common on some drawings. Which type of drawing does not commonly use fractions?

A(n) ____ is used to terminate a dimension line.

The American Society of Mechanical Engineers (ASME) recommends two-line thickness, which are thick and thin lines.

MATCHING -There are two types of this line one for short spaces and the other for longer spaces.

MATCHING -Used for laying out the drawing, drawn so lightly that they are not mistaken for any other type of line.

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

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Exam 4: Reading Lines and Lettering on a Print

The ASME standard for lines and lettering is, Line Conventions and Lettering, ASME Y14.2.

All lines of the same type have uniform thickness throughout the drawing.

Visible lines, also called object lines or outlines, describe the visible surface or edge of the object, and are drawn .2 in. (0.6 mm) wide.

Military (MIL) standards recommend three line thicknesses: thick (cutting and viewing-plane, short break, and object), medium (hidden and phantom), and thin (center, dimension, extension, leader, long break, and section).

MATCHING -Thin line used to establish the extent of a dimension.

Define font.

A hidden line is ____.

MATCHING -Represents an invisible edge of an object.

MATCHING -Thick line made up of long and short dashes used to show portion of surface receives specified treatment.

Visible lines are also called ____________________ lines.

What are centerlines used to show and locate?

How many line thicknesses does MIL recommend?

Standard line thicknesses are 0.06 mm minimum for thick lines and 0.03 mm minimum for thin lines.

MATCHING -There are two acceptable types of this line. One drawn with dashes, the other drawn with dots.

The arrowhead is omitted when a leader line points to a dimension line. This is done when there is not enough space for text to be inserted at the dimension line, and the text is connected to the leader.

The use of fractions is common on some drawings. Which type of drawing does not commonly use fractions?

A(n) ____ is used to terminate a dimension line.

The American Society of Mechanical Engineers (ASME) recommends two-line thickness, which are thick and thin lines.

MATCHING -There are two types of this line one for short spaces and the other for longer spaces.

MATCHING -Used for laying out the drawing, drawn so lightly that they are not mistaken for any other type of line.

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