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Suspension Fundamentals

Total questions: 11

Worksheet time: 4mins

Name
Class
Date
1.
  1. If a spring loaded with 200 pounds compresses 1 inch, how far would it compress if it were loaded with 300 pounds?

a)

1 inch

b)

1.5 inches

c)

2 inches

d)

3 inches

2.

Which term describes the scenario in which a spring is compressing as the vehicle moves down and the suspension moves up?

a)

Jounce

b)

Rebound

c)

Expansion

d)

Resistance

3.
  1. Which vehicle would seem to have the lowest centre of gravity?

a)

A full-size SUV

b)

A lifted pickup truck

c)

A cargo van

d)

An F1 race car

4.

What is the best definition of sprung weight?

a)

Weight of parts support by the vehicle's suspension

b)

Weight of parts NOT supported by vehicle's suspension

c)

Weight of parts not secured to vehicle

d)

Weight of non-essential components on the vehicle

5.

What is the key result of minimizing unsprung weight?

a)

Make suspension system heavier and stronger

b)

Lower the vehicle's centre of gravity

c)

Make suspension lighted and more reactive

d)

Reduce the potential centrifugal force

6.

Which type of friction is harder to overcome?

a)

Static

b)

Kinetic

c)

Rolling

7.

Which two surfaces would you expect to have the lowest coefficient of friction?

a)
Rubber and Concrete
b)
Ice and Teflon
c)
Wood and Metal
d)
Glass and Sandpaper
8.

What component is commonly used to change sliding friction into rolling friction?

a)

Spring steel

b)

Friction bearing

c)

Non-friction bearing

d)

Drag link

9.

Spring steel has low yield strength

a)

True

b)

False

10.

Which component would you expect to be made of spring steel?

a)

Torsion bar

b)

Crankshaft

c)

Valve train components

d)

Wheel rim

11.

Which of these components would be considered unsprung weight?

a)

Rear axle

b)

Transmission

c)

Engine

d)

Transfer case