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Brake Systems Introduction

Total questions: 15

Worksheet time: 8mins

Name
Class
Date
1.

What law is hydraulic pressure transmission based on?

a)

Pascal’s Law

b)

Newton’s Law

c)

Boyle’s Law

d)

Ohm’s Law

2.

What does the coefficient of friction represent?

a)

A number showing the level of friction between surfaces.

b)

A type of brake pad.

c)

A measure of temperature.

d)

A kind of contamination.

3.

What is the minimum parking brake (handbrake) efficiency required for older vehicles?

a)

At least 16%

b)

At least 58%

c)

At least 25%

d)

At least 10%

4.

For many modern vehicles, what is the required parking brake (handbrake) efficiency depending on design?

a)

25%

b)

58%

c)

16%

d)

40%

5.

Why does mechanical advantage allow for controlled, progressive braking?

a)

Because force is multiplied all at once.

b)

Because force is multiplied gradually, allowing smooth modulation of braking pressure.

c)

Because force is not multiplied at all.

d)

Because braking pressure is always constant.

6.

What must effective braking do to ensure the driver remains in control?

a)

Slow the vehicle without losing balance, grip, or steering ability

b)

Speed up the vehicle while turning

c)

Increase the weight transfer to the rear wheels only

d)

Allow the vehicle to skid for better control

7.

What is essential between tyres and the road for stability and control?

a)

Grip

b)

Air pressure

c)

Paint

d)

Mud

8.

According to the group activity, what should students do after picking a principle?

a)

Research how it is used in the Brake System

b)

Present to the class

c)

Create a document or Powerpoint

d)

Take a test

9.

What is the final step in the group activity?

a)

Present to the class

b)

Pick a principle

c)

Research how it is used in the Brake System

d)

Create a document or Powerpoint

10.

Which component in a brake system is responsible for multiplying the force applied by the driver?

a)

Tyres

b)

Brake fluid

c)

Master cylinder

d)

Brake pedal

11.

What effect does a low coefficient of friction between the brake pad and disc have on braking performance?

a)

It increases braking efficiency

b)

It reduces braking effectiveness

c)

It causes the brakes to lock instantly

d)

It has no effect on braking

12.

Why is it important for the parking brake to maintain a minimum efficiency?

a)

To ensure the vehicle can be safely parked on an incline

b)

To improve acceleration

c)

To reduce tyre wear

d)

To increase fuel economy

13.

Which part of the brake system helps transfer force from the pedal to the wheels?

a)

Headlights

b)

Steering wheel

c)

Tyres

d)

Brake fluid

14.

What could happen if the grip between tyres and the road is lost during braking?

a)

The brakes will become more effective

b)

The vehicle will accelerate

c)

The vehicle may skid and lose control

d)

The tyres will inflate automatically

15.

Which law explains how pressure is distributed in hydraulic brake systems?

a)

Pascal’s Law

b)

Archimedes’ Principle

c)

Hooke’s Law

d)

Bernoulli’s Principle