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Total stopping distance for a vehicle with air brakes is longer than that for a vehicle with hydraulic brakes due to ________. 1) increased friction between the brake pads and the rotor 2) increased pressure
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Total stopping distance for a vehicle with air brakes is longer than that for a vehicle with hydraulic brakes due to ________.

1) increased friction between the brake pads and the rotor
2) increased pressure in the brake lines
3) increased weight of the vehicle
4) increased distance traveled by the vehicle before coming to a complete stop

User J Bourne
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Final answer:

The total stopping distance for a vehicle with air brakes is longer than that for a vehicle with hydraulic brakes due to increased distance traveled by the vehicle before coming to a complete stop.

Step-by-step explanation:

The total stopping distance for a vehicle with air brakes is longer than that for a vehicle with hydraulic brakes due to increased distance traveled by the vehicle before coming to a complete stop. When a driver applies the brakes in a vehicle with air brakes, it takes longer for the air pressure to build up and for the brake pads to make contact with the rotor, resulting in a longer stopping distance. On the other hand, in a vehicle with hydraulic brakes, the brake fluid immediately transfers the pressure to the brake pads, allowing for a faster response time and shorter stopping distance.

User Sasfrog
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