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14 Steering Systems

Total questions: 24

Worksheet time: 6hrs 46mins

Name
Class
Date
1.

Identify the steering system component in the image.

a)

Steering box

b)

Steering rack gaitor

c)

Steering column

d)

Track rod end (TRE)

2.

Identify which of these functions are performed by the steering system.

a)

Provide a degree of 'feel' of the road to the driver.

b)

Change direction of the vehicle.

c)

Not transmit road shocks back to the driver.

d)

Not cause excessive tyre wear.

3.

Identify the steering system component in the image.

a)

Steering box

b)

Steering rack gaitor

c)

Steering column

d)

Track rod end (TRE)

4.

This component joins the track rod to steering knuckle, allowing for suspension, steering movement and adjustment.

a)

Steering column

b)

Steering box

c)

Steering rack

d)

Track rod end (TRE)

5.

Identify the steering system component in the image.

a)

Steering column

b)

Steering box

c)

Steering rack

d)

Track rod end (TRE)

6.

After replacing a steering or suspension component, it is vital that the steering alignment is checked and adjusted to meet manufacturer's requirements.

a)

False

b)

True

7.

Identify the steering system component in the image.

a)

Steering box

b)

Steering rack gaitor

c)

Steering column

d)

Track rod end (TRE)

8.

On a steering box type system, what is the name of the first linkage out of the box giving the angular movement.

a)

Steering Wheel

b)

Steering rack gaitor

c)

Pitman arm

d)

Track rod end

9.

Identify the steering system component in the image.

a)

Steering Wheel

b)

Steering rack gaitor

c)

Steering column

d)

Track rod end

10.

The Ackerman Principle refers to steering geometry, it was designed to avoid the need for tyres to slip sideways when following the path around a curve.

a)

False

b)

True

11.

The higher the caster, the less stability a vehicle will have at higher speeds. Higher caster equals more responsive handling.

a)

True

b)

False

12.

A driver complains of steering wheel 'shimmy' that gets worse as the vehicle's speed increases. This most likely indicates:

a)

the tyre pressures are too high

b)

the front wheels need balancing

c)

the wheel alignment needs adjusting

d)

the shock absorbers need replacing

13.

In relation to steering, 'oversteer' is produced during cornering when the:

a)

rear wheels of a car are carrying much less load than the front wheels

b)

slip angles of the rear tyres are larger than the slip angles of the front tyres

c)

slip angles of the rear tyres are smaller than the slip angles of the front tyres

d)

slip angles of the front tyres are the same as the slip angles of the rear tyres

14.

Identify the steering system component in the image.

a)

Steering Wheel

b)

Steering rack gaitor

c)

Steering knuckle/Hub Assembly

d)

Track rod end

15.

In relation to steering geometry, the purpose of the 'castor angle' is to:

a)

provide centre point steering layout

b)

provide toe-out on turns when cornering

c)

allow for the deflection of the wheels

d)

provide self centering of the steering

16.

In relation to steering geometry 'camber angle' is defined as:

a)

the outward or inward tilt of the road wheel

b)

the backward tilt of the kingpin or swivel pin

c)

the inward tilt of the kingpin or swivel pin

d)

the angle between the kingpin and the wheel

17.

When the toe is at the correct angle, there’s less friction on the tires as they roll. When they are facing away from each other (toe-out) or toward each other (toe-in), they’re essentially scrubbing on the road ever so slightly with every passing mile.

a)

False

b)

True

18.

Which of the following is a type of steering mechanism?

a)

Peg and Ball

b)

Ackermann steering

c)

Crown wheel and pinion

d)

Rack and pinion

19.

In relation to checking and adjusting the front wheel alignment which of the following is NOT true?

a)

Adjustments must be made equally to both track rods

b)

You should remove any very heavy loads from the boot

c)

You should check the tyre pressures are correct

d)

Buckled wheels will not affect the wheel alignment

20.

The Ackermann steering layout produces:

a)

understeer of the front wheels during cornering

b)

oversteer of the front wheels during cornering

c)

toe-out of the front wheels during cornering

d)

centre point steering on the front wheels

21.

The 'camber' of a vehicle's wheels play a key-role in cornering performance. If the camber is out of the manufacturer’s range, it can cause handling issues and excessive tire wear, which costs you money. If a vehicle has rear-camber adjustments, adjusting the rear camber plays a big role in straight-line stability and cornering.

a)

True

b)

False

22.

In relation to vehicle behaviour during cornering ‘understeer’ is when the:

a)

slip angles of the front tyres are larger than the slip angles of the rear tyres

b)

slip angles of the rear tyres are smaller than the slip angles of the front tyres

c)

slip angles of the front tyres are the same as the slip angles of the rear tyres

d)

rear wheels of a vehicle are carrying much less load than the front wheels

23.

A ball joint splitter is used for what reason?

a)

To disconnect the ball joint from the hub carrier/steering knuckle

b)

To unfasten the locknut on a rack and pinion type track rod.

c)

To turn the adjuster sleeve on a linkage type track rod.

d)

To remove worn suspension bushes.

24.

In a hydraulic Power Assisted Steering system (PAS), what are the fluid pipes from the power steering pump connected to?

a)

The power steering rack's control valve.

b)

The steering wheel.

c)

The steering column.

d)

The hydraulic actuator.