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Understanding Stress and Strain Concepts

Total questions: 19

Worksheet time: 12mins

Name
Class
Date
1.

What is the equation for Stress?

a)

Stress=AFStress = \frac{A}{F}

b)

Stress=FAStress = \frac{F}{A}

c)

Stress=F×AStress = F \times A

d)

Stress=AFStress = A - F

2.

What are the US Units for Stress?

a)

N/m²

b)

lb/in²

c)

kg/m²

d)

lb/ft²

3.

What is the SI Unit for Stress?

a)

lb/in²

b)

N/m²

c)

kg/m²

d)

N/cm²

4.

What are the US units for Force?

a)

N

b)

kg

c)

lbf

d)

lb

5.

What are the SI units for Force?

a)

lb

b)

N

c)

kg

d)

lbf

6.

What are the US units for Area?

a)

b)

cm²

c)

in²

d)

ft²

7.

What is the SI unit for Area?

a)

b)

ft²

c)

in²

d)

cm²

8.

What are the US units for mass?

a)

kg

b)

lb

c)

g

d)

oz

9.

What is the SI unit for mass?

a)

lb

b)

g

c)

kg

d)

oz

10.

What are the units for Strain?

a)

N/m²

b)

lb/in²

c)

Unitless

d)

11.

What are the units for Young's Modulus?

a)

Same as Force

b)

Same as Stress

c)

Unitless

d)

Same as Area

12.

Which of the following is a unit of Force in the SI system?

a)

lb

b)

N

c)

kg

d)

m

13.

Which of the following is a unit of Area in the US system?

a)

b)

cm²

c)

ft²

d)

mm²

14.

Which of the following is a unit of mass in the SI system?

a)

lb

b)

oz

c)

kg

d)

g

15.

Which of the following is a unit of Stress in the SI system?

a)

lb/in²

b)

N/m²

c)

kg/m²

d)

lb/ft²

16.

N/m^2 is the same as?

a)

Pa

b)

what?

c)

psi

d)

pick number 3 my lord

17.

lb/in^2 is the same as?

a)

Pa

b)

what?

c)

psi

d)

pick number 3 my lord

18.

If a material has a cross-sectional area of 5 square meters and subjected to a normal force of 20 N, which of the following is the stress?

a)

4 Pa

b)

25 Pa

c)

0.4 Pa

d)

15 Pa

19.

How is strain calculated?

a)

Number of sleepless nights divided by number of cups of coffee

b)

Divide load (F) by the original test sample cross-sectional area (A0).

c)

Change in Length (ΔL) under load divided by the original Length (L0)

d)

Stress (σ) divided by strain (ε)