Question

According to the physical law of centrifugal force, the application of brakes within a turn will _______ steering capability.

Answer 1

Answer:

According to the physical law of centrifugal force, the application of brakes within a turn will reduces the steering capability.

Explanation:

A Centrifugal Force is a force, arising from the body's inertia, which appears to act on a body moving in a circular path and is directed away from the center around which the body is moving.

Examining the forces which act on a car when it is steered round a corner. As a car increases in speed along a straight line, on approaching a bend or a turn the driver turns the steering wheel. The front wheels move to a position at an angle to the straight path they are following and the car starts to turn into the bend. At this point centrifugal force begins to act, trying to push the car outwards,the tyres have to work harder to resist centrifugal force as they are subjected to this curved path.

To avoid rolling, skidding or jackknifing, reduce your speed before reaching the curve. Enter the curve at a speed that will not require braking. This will permit you to apply gradual power in the curve. The application of a small amount of power in a curve counteracts the centrifugal force.

Answer 2

According to the physical law of centrifugal force, the application of brakes within a turn will reduce the steering capability.

The given problem is based on the concept and fundamentals of centrifugal force. A Centrifugal Force is a force, arising from the body's inertia, which appears to act on a body moving in a circular path and is directed away from the center around which the body is moving.

•  As a car increases in speed along a straight line, on approaching a bend or a turn the driver turns the steering wheel. The front wheels move to a position at an angle to the straight path they are following and the car starts to turn into the bend.
• At this point centrifugal force begins to act, trying to push the car outwards, the tyres have to work harder to resist centrifugal force as they are subjected to this curved path.

• In order to prevent rolling and skidding, we need to reduce the speed before reaching the curve. This will permit you to apply gradual power in the curve. The application of a small amount of power in a curve counteracts the centrifugal force.

Thus, we can conclude that according to the physical law of centrifugal force, the application of brakes within a turn will reduce the steering capability.

Learn more about the centrifugal force here:

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