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Quiz on Learning Material Part 4 Section 3

Total questions: 86

Worksheet time: 43mins

Name
Class
Date
1.

What is the main focus of Part 4 Section 3 in the learning material?

a)

Engine systems

b)

Braking systems

c)

Electrical systems

d)

Transmission systems

2.

What is one of the functions of a braking system on a vehicle?

a)

Increase vehicle speed

b)

Reduce vehicle speed

c)

Enhance fuel efficiency

d)

Improve aerodynamics

3.

What type of system is a modern light vehicle braking system?

a)

Pneumatic system

b)

Hydraulic system

c)

Electric system

d)

Mechanical system

4.

What is used to transfer pressure from the brake pedal to the pads or shoes in a hydraulic braking system?

a)

Air

b)

Brake fluid

c)

Electric current

d)

Mechanical linkage

5.

What happens to the pressure in a hydraulic braking system?

a)

It decreases as it moves through the system

b)

It is equal throughout the system

c)

It increases as it moves through the system

d)

It fluctuates randomly

6.

Which pistons are normally larger in diameter?

a)

Those at the wheels, i.e., wheel cylinders or calipers.

b)

Those in the engine block.

c)

Those in the fuel pump.

d)

Those in the transmission.

7.

What is the disadvantage of having smaller pistons?

a)

The smaller piston has to move further to make the larger pistons move a small amount.

b)

The smaller piston requires more lubrication.

c)

The smaller piston generates more heat.

d)

The smaller piston is more expensive to manufacture.

8.

What is the advantage of the diagonally split system when compared with the front/rear split?

a)

If one line fails on the diagonal split, 50% of the braking efficiency is maintained.

b)

It is cheaper to manufacture.

c)

It requires less maintenance.

d)

It provides better fuel efficiency.

9.

What is the reason for using flexible pipes in part of the hydraulic system?

a)

To allow steering and suspension movement without snapping the pipes.

b)

To reduce the weight of the vehicle.

c)

To increase the speed of fluid flow.

d)

To decrease the cost of production.

10.

What is a key requirement for brake fluid regarding viscosity?

a)

It must be highly viscous to prevent leaks.

b)

It must flow easily and work over a wide range of temperatures.

c)

It should be thick to provide better lubrication.

d)

It should be solid at room temperature.

11.

Why is compatibility with brake components important for brake fluid?

a)

It should enhance the color of the brake components.

b)

It must resist corrosion and not react with rubber seals and hoses.

c)

It should increase the weight of the brake system.

d)

It should make the brake components more flexible.

12.

What is the purpose of lubricating properties in brake fluid?

a)

To increase the temperature of the brake system.

b)

To reduce friction of moving parts, especially seals.

c)

To make the brake fluid more colorful.

d)

To solidify the brake fluid at high temperatures.

13.

What does resistance to chemical aging ensure for brake fluid?

a)

It must have a long life when stored and be stable in use.

b)

It should change color over time.

c)

It should evaporate quickly.

d)

It should become more acidic with age.

14.

Why is a high boiling point important for brake fluid?

a)

It must vaporize under heavy braking.

b)

It should boil at room temperature.

c)

It must not vaporize under heavy braking.

d)

It should freeze at high temperatures.

15.

What is the significance of resistance to freezing in brake fluid?

a)

It must freeze at low temperatures.

b)

It should become solid in cold weather.

c)

It must flow freely at all times.

d)

It should thicken in cold conditions.

16.

Why does the leading shoe wear at a greater rate than the trailing shoe?

a)

It is made of softer material.

b)

It has a 'self-servo' action and does up to 75% of the work.

c)

It is used less frequently.

d)

It is larger in size.

17.

What friction materials may be used for brake linings?

a)

Rubber and plastic

b)

Glass fibre, Kevlar, and ceramics

c)

Wood and metal

d)

Asbestos and leather

18.

What health hazards are associated with the dust from this friction material?

a)

Skin irritation

b)

Eye strain

c)

Breathlessness and serious lung damage

d)

Hearing loss

19.

What is the purpose of the wheel cylinder in a braking system?

a)

To pull shoes to the off position

b)

To force brake shoes against the drum

c)

To maintain the correct clearance

d)

To apply the handbrake

20.

What is the function of the return spring in a braking system?

a)

To force brake shoes against the drum

b)

To pull shoes to the off position when the brake is released

c)

To maintain the correct clearance

d)

To apply the handbrake

21.

What is the role of the adjuster in a braking system?

a)

To force brake shoes against the drum

b)

To pull shoes to the off position

c)

To maintain the correct clearance between the lining and drum

d)

To apply the handbrake

22.

What happens when the parking brake lever is applied?

a)

The brake shoes are released

b)

A cable pulls the lever, forcing the shoes onto the drum

c)

The brake fluid is drained

d)

The brake lights turn on

23.

What is the function of a wheel cylinder in a braking system?

a)

To energize the brake shoes using fluid pressure

b)

To provide power to the engine

c)

To cool down the brake pads

d)

To inflate the tires

24.

What component is used to prevent dust from entering the wheel cylinder?

a)

Fluid seal

b)

Dust cover

c)

Circlip

d)

Centralizing spring

25.

What should you avoid doing when the brake drum is off?

a)

Pressing the brake pedal

b)

Turning the steering wheel

c)

Accelerating the vehicle

d)

Engaging the handbrake

26.

Which part of the wheel cylinder is responsible for sealing the fluid?

a)

Dust cover

b)

Fluid seal

c)

Circlip

d)

Centralizing spring

27.

What is the tool shown in the picture used for?

a)

To clean and ensure the wheel cylinder bore is cylindrical

b)

To tighten the wheel nuts

c)

To inflate the tire

d)

To measure tire pressure

28.

What should be checked during the inspection of a piston?

a)

Piston free movement and leaking seals

b)

Piston color and size

c)

Piston weight and material

d)

Piston temperature and pressure

29.

What is the function of the leading brake shoe in a drum brake system?

a)

It is pulled harder into the drum by drum rotation, providing greater braking effect.

b)

It releases the brake fluid pressure.

c)

It acts as a pivot for the brake drum.

d)

It adjusts the brake shoe position automatically.

30.

In a drum brake system, what component is responsible for returning the brake shoes to their original position?

a)

Twin piston wheel cylinder

b)

Return spring

c)

Automatic adjuster

d)

Parking brake lever

31.

Which component in the drum brake assembly is responsible for adjusting the brake shoe position automatically?

a)

Trailing shoe

b)

Automatic adjuster

c)

Hold-down spring

d)

Brake shoe pivot

32.

Why is it necessary to adjust the brake shoes and pads as they wear down?

a)

To increase the braking distance

b)

To keep the brake pedal and handbrake lever travel as short as possible

c)

To make the vehicle faster

d)

To reduce the wear on tires

33.

What happens when the foot brake is applied in the automatic brake adjuster system?

a)

The shoes are pulled in

b)

The shoes are pushed out

c)

The shoes remain stationary

d)

The shoes are rotated

34.

What role does the interconnecting strut play in the automatic brake adjuster system?

a)

It pushes the shoes apart

b)

It pulls the long ratchet

c)

It rotates the brake drum

d)

It releases the brake pedal

35.

What should be checked on a drum to ensure it is not oval?

a)

Diameter

b)

Circumference

c)

Radius

d)

Surface texture

36.

What is a sign of excessive wear on a brake lining?

a)

Exposed rivets

b)

Smooth surface

c)

Shiny appearance

d)

Uniform thickness

37.

What can cause contamination on a brake lining?

a)

Axle oil or brake fluid

b)

Water

c)

Dust

d)

Air

38.

What is a characteristic of a normal fitting drum?

a)

Circular shape

b)

Oval shape

c)

Square shape

d)

Triangular shape

39.

What is a DTI Gauge used for?

a)

Measuring tire pressure

b)

Measuring distortion and brake drum ovality

c)

Measuring engine temperature

d)

Measuring fuel levels

40.

Can a DTI Gauge always be used for drum brake inspection?

a)

Yes, always

b)

No, not always

c)

Only for new brakes

d)

Only for old brakes

41.

What is the function of the disc assembly in some vehicles with fixed or sliding calipers?

a)

It is used as the main brake system.

b)

It is used as the parking brake drum.

c)

It is used to increase vehicle speed.

d)

It is used to enhance fuel efficiency.

42.

How is the parking brake typically adjusted in vehicles with this type of disc assembly?

a)

Automatically through the brake pedal.

b)

Manually through the back plate.

c)

Electronically via a control module.

d)

Hydraulically through the brake fluid.

43.

What does the figure above show?

a)

A section of a ventilated disc with a parking brake incorporated into the drum.

b)

A complete braking system with hydraulic brakes.

c)

A simple wheel without any braking mechanism.

d)

A diagram of a car engine.

44.

What is meant by 'brake fade'?

a)

A condition where high temperatures reduce friction levels and brake performance falls off.

b)

A situation where brakes become more effective over time.

c)

A process of increasing brake efficiency by cooling.

d)

A method of enhancing brake performance by adding more friction.

45.

What should be checked when drum brakes are removed?

a)

Only for oil leaks

b)

Wear, scoring, ovality, cracks, and distortion

c)

Just the linings for contamination

d)

Only for seized wheel cylinders

46.

What must be rectified if found in drum brakes?

a)

Any oil or brake fluid leaks

b)

Only wear and tear

c)

Just scoring

d)

Only cracks

47.

What should linings be checked for in drum brakes?

a)

Only for wear

b)

Wear, security, and contamination

c)

Just for security

d)

Only for contamination

48.

What is the component labeled as number 1 in the diagram?

a)

Housing

b)

Seal

c)

Bleed screw

d)

Piston

49.

Which part is identified as number 6 in the diagram?

a)

Pad

b)

Yoke

c)

Guide pin

d)

Dust cover (boot)

50.

In the diagram, what is the function of the component labeled as number 9?

a)

To hold the brake pads in place

b)

To detect pad wear

c)

To seal the piston

d)

To cover the dust

51.

What is the name of the component labeled as number 4 in the diagram?

a)

Guide sleeve

b)

Piston

c)

Seal

d)

Guide pin

52.

What is the function of the wear sensing indicators in brake pads?

a)

To increase the braking power

b)

To illuminate a warning light when pads wear beyond a point

c)

To reduce noise during braking

d)

To enhance the grip of the brake pads

53.

How do the wear sensing indicators alert the driver when the brake pads are worn?

a)

By changing the color of the brake pads

b)

By making an audible squeal

c)

By vibrating the brake pedal

d)

By increasing the brake fluid pressure

54.

What type of circuit is shown in diagram (A)?

a)

Series circuit

b)

Parallel circuit

c)

Open circuit

d)

Closed circuit

55.

What type of circuit is shown in diagram (B)?

a)

Series circuit

b)

Parallel circuit

c)

Open circuit

d)

Closed circuit

56.

What is one advantage of disc brakes over drum brakes?

a)

They are heavier.

b)

They are more prone to brake fade.

c)

They are self-cleaning.

d)

They have less air circulation.

57.

What does the fluid pressure in a fixed caliper disc brake do?

a)

It cools the brake pads.

b)

It forces the friction pads against the disc.

c)

It reduces the weight of the brake.

d)

It increases the brake fade.

58.

What is a characteristic of ventilated discs compared to solid discs?

a)

They are lighter.

b)

They have better air circulation.

c)

They are more prone to overheating.

d)

They have no fins.

59.

What is the function of the pedal switch in the braking system?

a)

To activate the stop lamp

b)

To measure brake fluid level

c)

To indicate brake pad wear

d)

To control the speed of the vehicle

60.

How does the pad/brake shoe wear indication system work?

a)

It uses a magnetic float

b)

It uses a contact embedded in the pad

c)

It uses a temperature sensor

d)

It uses a pressure gauge

61.

What component is used to measure the fluid level in the braking system?

a)

Pedal switch

b)

Contact embedded in pad

c)

Magnetic float and reed switch

d)

Pressure sensor

62.

What does the symbol with an exclamation mark inside a circle indicate in a vehicle?

a)

Low brake fluid

b)

Engine overheating

c)

Low tire pressure

d)

Fuel level low

63.

What additional condition does the same symbol indicate when the handbrake is on?

a)

Handbrake on

b)

Engine oil low

c)

Battery charging

d)

Door open

64.

What does the brake pad warning indicate?

a)

Low brake pads via wire in the brake pads

b)

High engine temperature

c)

Low windshield washer fluid

d)

High tire pressure

65.

What is the function of the electric wire built into the brake pad in the electric type wear indicator?

a)

It generates noise when the pad is worn.

b)

It illuminates a warning light on the dashboard.

c)

It is cut and short-circuits when the pad is worn.

d)

It increases the braking force.

66.

How does the audible type wear indicator alert the driver of worn brake pads?

a)

By illuminating a warning light.

b)

By generating noise when a metal piece touches the rotor.

c)

By vibrating the brake pedal.

d)

By reducing braking efficiency.

67.

What is the function of the spring (C) in the parking brake mechanism?

a)

It releases the pawl from the ratchet.

b)

It holds the pawl in place on the ratchet until the handbrake button is pressed down.

c)

It adjusts the tension of the cable.

d)

It locks the handbrake lever in position.

68.

How many clicks of the ratchet should the handbrake travel during a vehicle inspection for safe reserve travel?

a)

One click

b)

Two clicks

c)

Three clicks

d)

Four clicks

69.

What is the purpose of the compensator in the parking brake system?

a)

To increase the braking force.

b)

To balance the tension between the cables.

c)

To lock the wheels in place.

d)

To release the handbrake automatically.

70.

What component in a shoe and drum parking brake system exerts a balanced pull on the parking brake levers and struts?

a)

Compensator

b)

Cone

c)

Secondary brake shoe

d)

Left rear brake

71.

What happens to the brake shoes in a shoe and drum parking brake system when the handbrake is applied?

a)

They move inwards against the drum.

b)

They move outwards against the drum.

c)

They remain stationary.

d)

They rotate with the drum.

72.

What is the function of the actuating arm in a drum brake system?

a)

To apply force to the brake shoes

b)

To generate electrical signals

c)

To cool down the brake system

d)

To lubricate the brake components

73.

In a drum brake system, which shoe is typically larger?

a)

Front shoe

b)

Rear shoe

c)

Both are the same size

d)

Neither, they are interchangeable

74.

What are the two main types of electronic parking brake (EPB)?

a)

Drive unit activated cable and electric motor on brake calipers

b)

Hydraulic pump and manual lever

c)

Pneumatic system and manual cable

d)

Servo motor and hydraulic line

75.

In the second method of EPB, what components are no longer required?

a)

Cable and servo motor

b)

Hydraulic pump and manual lever

c)

Pneumatic system and manual cable

d)

Electric motor and control unit

76.

What is needed for connection to the separate control unit in the second method of EPB?

a)

An electric cable that transfers data and power

b)

A hydraulic line

c)

A pneumatic tube

d)

A manual lever

77.

What is the function of the actuator screw in a caliper actuated brake system?

a)

It rotates to push a cone against the piston.

b)

It directly applies the brake pads to the disc.

c)

It releases the parking brake lever.

d)

It seals the piston.

78.

In a caliper actuated brake system, what component is pushed against the inside of the piston?

a)

Cone

b)

Rotor

c)

Screw

d)

Brake pad

79.

What is required to push the piston back in a caliper actuated brake system?

a)

Piston Wind back tool

b)

Hammer

c)

Screwdriver

d)

Wrench

80.

What is the function of the actuator in the electronic parking brake system?

a)

It applies the brakes on the caliper.

b)

It adjusts the seat position.

c)

It controls the air conditioning.

d)

It operates the windshield wipers.

81.

What should be done when replacing rear brake pads in some vehicles?

a)

Calibrate via a Diagnostic Tester.

b)

Change the engine oil.

c)

Replace the windshield wipers.

d)

Adjust the seat position.

82.

What are the three purposes of the rubber seal around the piston in most disc brake arrangements?

a)

As a fluid seal, a retraction spring, and an automatic brake adjuster

b)

As a fluid seal, a temperature regulator, and a noise reducer

c)

As a retraction spring, a temperature regulator, and a noise reducer

d)

As an automatic brake adjuster, a temperature regulator, and a noise reducer

83.

What happens to the piston during the application of the brake?

a)

The piston distorts the seal and moves slightly through it

b)

The piston remains stationary

c)

The piston moves away from the seal

d)

The piston compresses the seal completely

84.

What occurs after the application of the brake in terms of the seal's function?

a)

The seal returns to its original shape, pulling the piston back

b)

The seal expands further, pushing the piston out

c)

The seal remains distorted, keeping the piston in place

d)

The seal disintegrates, requiring replacement

85.

What should be checked when servicing disc brakes?

a)

Only the thickness

b)

Rust, thickness, wear, cracks, blue spots, parallelism, and run out

c)

Just the wear and cracks

d)

Only the blue spots

86.

What should pads be checked for during disc brake servicing?

a)

Only for thickness

b)

For wear and seizure in the caliper

c)

Just for rust

d)

Only for parallelism

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