Brake System Fundamentals: Key Components and Functions

To convert kinetic energy into heat

To provide a mechanical advantage through leverage

To multiply pressure and send it to the wheel brakes

To actuate the emergency brake

To provide leverage for the brake rod

To actuate the wheel cylinder

To cool down the brake system

To directly stop the wheels

Emergency brake

Master cylinder

Wheel cylinder

Brake pedal

Disc and drum brakes

Hydraulic and mechanical brakes

Front and rear brakes

Automatic and manual brakes

Chemical energy

Heat energy

Potential energy

Electrical energy

The engine overheats

The car stops

The car accelerates

The car maintains its speed

Lower heat dissipation

Decreased stopping power

Increased stopping power

Higher energy consumption

To reduce the car's weight

To improve fuel efficiency

To increase the car's speed

To prevent brake failure due to overheating

Equal to the engine's horsepower

Half of the engine's horsepower

Double the engine's horsepower

Comparable to five times the engine's horsepower

The capacity to generate heat

The ability to stop the car quicker than the engine can accelerate it

The efficiency in fuel consumption

The ability to accelerate as fast as the engine