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Tolerances in Engineering Drawings

Total questions: 10

Worksheet time: 6mins

Name
Class
Date
1.

What type of tolerance uses a table on the drawing and is based on number of decimal places?

a)

Limit dimensions

b)

Bilateral

c)

Unilateral

d)

General

2.

What type of tolerance allows equal variation, both larger and smaller, than the specified dimension?

a)

Limit dimensions

b)

Unilateral

c)

Bilateral

d)

General

3.

What type of tolerance states both the upper limit and lower limit, without needing to calculate them?

a)

Limit dimensions

b)

Bilateral

c)

Unilateral

d)

General

4.

What type of tolerance is shown here? 2.50 ±0.022.50\ \pm0.02  

a)

Limit dimensions

b)

Bilateral

c)

Unilateral

d)

General

5.

What type of tolerance is assumed when none is stated?

a)

Limit dimensions

b)

Bilateral

c)

Unilateral

d)

General

6.

What type of tolerance is circled in this drawing?

a)

Limit dimensions

b)

Bilateral

c)

Unilateral

d)

General

7.

What type of tolerance is circled in this image?

a)

Limit dimensions

b)

Bilateral

c)

Unilateral

d)

General

8.

What is upper limit for this tolerance?  0.250±0.010.250\pm0.01  

a)

0.250

b)

0.240

c)

0.260

d)

0.02

9.

What is the total tolerance for this dimension?

 1.75±0.051.75\pm0.05  

a)

1.80

b)

1.70

c)

1.75

d)

0.10

10.

Why are tolerances important in engineering drawings?

a)

Variation is unavoidable in manufacturing

b)

Tolerances allow the designer to control variation

c)

The wrong tolerance can add cost or make a part unusable

d)

All of the above