Question 1

The mechanical engineer's scale typically has full-scale divisions that are divided into 1/16, 10, and 50.

Accepted Answer

A) True 
 B)False

Question 2

A scale establishes a proportion used in determining the dimensional relationship of an actual object to the representation of the same object on a drawing.

Accepted Answer

A) True 
 B)False

Question 3

The scale of a drawing is usually noted in the title block or below the view or elevation of the object being drawn. What are the factors that control the selection of a scale?

Accepted Answer

The actual size of the part
Th

Question 4

MATCHING
Match the abbreviation with its correct meaning.
-Decimeter

Accepted Answer

A) cm 
B) hm 
C) dam 
D) km 
E) dm
F)mm
G)m 
A) cm 
B) hm 
C) dam 
D) km 
E) dm
F)mm
G)m

Question 5

MATCHING
Match the abbreviation with its correct meaning.
-Meter

Accepted Answer

A) cm 
B) hm 
C) dam 
D) km 
E) dm
F)mm
G)m 
A) cm 
B) hm 
C) dam 
D) km 
E) dm
F)mm
G)m

Question 6

A mechanical engineer's scale is commonly used when drawings are in:

Accepted Answer

A)  fractional or decimal inches 
B)  decimal inches 
C)  miles 
D)  all of the above 
A)  fractional or decimal inches 
B)  decimal inches 
C)  miles 
D)  all of the above

Question 7

The following scales are common to civil drafting:

Accepted Answer

A)  FULL or 1:1 
B)  HALF or 1:2 
C)  1/4"=1'-0" 
D)  1"=50' 
E)  all of the above 
A)  FULL or 1:1 
B)  HALF or 1:2 
C)  1/4"=1'-0" 
D)  1"=50' 
E)  all of the above

Question 8

MATCHING
Match the abbreviation with its correct meaning.
-Centimeter

Accepted Answer

A) cm 
B) hm 
C) dam 
D) km 
E) dm
F)mm
G)m 
A) cm 
B) hm 
C) dam 
D) km 
E) dm
F)mm
G)m

Question 9

The mechanical engineer's 50 scale is for scaling dimensions that require additional accuracy, because each inch has 50 divisions, making each increment .05 in. (1 ¸ 50 = .05)

Accepted Answer

A) True 
 B)False

Question 10

The civil engineer's scales are calibrated in multiples of ten.

Accepted Answer

A) True 
 B)False

Question 11

If a mechanical drawing shows a scale of 1:4, what does this mean?

Accepted Answer

A)  The drawing was finished on January 4th. 
B)  The drawing has a four times scale. 
C)  The drawing has a quarter scale. 
D)  The drawing has a fourteen scale. 
E)  none of the above 
A)  The drawing was finished on January 4th. 
B)  The drawing has a four times scale. 
C)  The drawing has a quarter scale. 
D)  The drawing has a fourteen scale. 
E)  none of the above

Question 12

The triangular architect's scale contains ____ scales.

Accepted Answer

A)  three 
B)  four 
C)  five 
D)  six 
E)  none of the above 
A)  three 
B)  four 
C)  five 
D)  six 
E)  none of the above

The mechanical engineer's scale typically has full-scale divisions that are divided into 1/16, 10, and 50.

A scale establishes a proportion used in determining the dimensional relationship of an actual object to the representation of the same object on a drawing.

The scale of a drawing is usually noted in the title block or below the view or elevation of the object being drawn. What are the factors that control the selection of a scale?

MATCHING Match the abbreviation with its correct meaning. -Decimeter

MATCHING Match the abbreviation with its correct meaning. -Meter

A mechanical engineer's scale is commonly used when drawings are in:

The following scales are common to civil drafting:

MATCHING Match the abbreviation with its correct meaning. -Centimeter

The mechanical engineer's 50 scale is for scaling dimensions that require additional accuracy, because each inch has 50 divisions, making each increment .05 in. (1 ¸ 50 = .05)

The civil engineer's scales are calibrated in multiples of ten.

If a mechanical drawing shows a scale of 1:4, what does this mean?

The triangular architect's scale contains ____ scales.

Introduction to Engineering and Manufacturing Technology Print Reading

Communicating with a Sketch

Reading Lines and Lettering on a Print

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 3: Scales and Precision Measurement

The mechanical engineer's scale typically has full-scale divisions that are divided into 1/16, 10, and 50.

A scale establishes a proportion used in determining the dimensional relationship of an actual object to the representation of the same object on a drawing.

The scale of a drawing is usually noted in the title block or below the view or elevation of the object being drawn. What are the factors that control the selection of a scale?

MATCHING Match the abbreviation with its correct meaning. -Decimeter

MATCHING Match the abbreviation with its correct meaning. -Meter

A mechanical engineer's scale is commonly used when drawings are in:

The following scales are common to civil drafting:

MATCHING Match the abbreviation with its correct meaning. -Centimeter

The mechanical engineer's 50 scale is for scaling dimensions that require additional accuracy, because each inch has 50 divisions, making each increment .05 in. (1 ¸ 50 = .05)

The civil engineer's scales are calibrated in multiples of ten.

If a mechanical drawing shows a scale of 1:4, what does this mean?

The triangular architect's scale contains ____ scales.

Introduction to Engineering and Manufacturing Technology Print Reading

Communicating with a Sketch

Reading Lines and Lettering on a Print

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