Understanding Brake Fluids: Types and Applications

What is the principle on which brakes work?

• Vibration

• Friction

• Suction

• Dragging

What is meant by ABS?

• Avoid brake system

• Actual brake system

• Anti-lock braking system

• Automatic brake system

Braking is produced by the frictional contact between the brake drum and

• Brake shoe return spring

• Wheel cylinders piston

• Expanding cam

• Brake shoes

When Brake is applied the kinetic energy of a body is converted into -

• Potential energy

• Mechanical energy

• Electrical energy

• Chemical energy

What is the function of brake fluid in a braking system?

• Increases friction

• Transfers heat

• Amplifies sound

• Reduces vibration

Which component in a braking system is responsible for applying pressure to the brake pads?

• Master cylinder

• Brake caliper

• Brake booster

• Brake rotor

What is the purpose of a brake pad in a disc brake system?

• To absorb shock

• To reduce noise

• To provide friction

• To cool the rotor

What is the purpose of an anti-lock braking system (ABS) in a vehicle?

• Prevents skidding and allows steering control

• Increases braking distance

• Reduces fuel efficiency

• Enhances engine performance

Which part of a vehicle's braking system is responsible for converting hydraulic pressure into mechanical force?

• Brake caliper

• Master cylinder

• Brake rotor

• Brake booster

What effect does worn brake pads have on braking performance?

• Improves stopping distance

• Reduces braking efficiency

• Increases fuel economy

• Enhances vehicle stability