Exploring the Anti-lock Braking System (ABS) Functionality

What triggers the wheels to lock up during emergency braking?

• Not applying any braking force

• Equal braking force and tyre grip

• Braking force exceeding the tyre's grip capacity

• Applying less braking force than the tyre's grip

What is the primary function of ABS in a vehicle?

• To reduce the vehicle's braking capacity

• To prevent wheel lockup and maintain control

• To increase the vehicle's speed

• To lock the wheels intentionally

How often can the ABS adjust the braking force on a wheel?

• Up to 20 times a second

• 5 times a second

• 10 times a second

• 15 times a second

What sensation does the ABS process cause in the brake pedal?

• No change in sensation

• A cooling sensation

• A pulsing feel

• A static pressure

What role do sensors play in the ABS system?

• Measuring wheel rotational speed

• Detecting the vehicle's direction

• Measuring the vehicle's speed

• Controlling the vehicle's lights

What action does the ABS take when a wheel is about to lock?

• Directs brake force away from the locking wheel

• Applies more pressure to the locking wheel

• Shuts down the engine

• Increases brake force

Why is maintaining steering control while braking important?

• To increase the braking distance

• To make the ride more comfortable

• To lock the wheels more effectively

• To avoid obstacles while stopping

How does ABS affect the stopping distance of a vehicle?

• It significantly increases stopping distance

• It has no effect on stopping distance

• It may help to reduce stopping distance

• It doubles the stopping distance

In the simulation, which vehicle was able to steer around the obstacle?

• The vehicle with ABS

• Both vehicles equally

• Neither vehicle could steer

• The vehicle without ABS

What does ABS prevent to help maintain steering control?

• Acceleration

• Wheel lock and loss of traction

• Tyre inflation

• Engine power