Question

When a car at high speed makes a sharp turn, the driver in a car tends to get thrown to the side opposite to the turn. This is due to the:
a) inertia of motion
b) inertia of time.
c) inertia of rest.
d) inertia of direction.
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Answer 1

Answer:

$\mathrm\pink{option \: a}$

$\mathrm\orange{inertia \: of \: motion}$

Answer: It is because the body of the passengers tries for resisting the change exactly in the side of inertia. Hence, the passengers will slip for getting to one side of a car. When a motor makes a sharp turn at a high speed we tend to get thrown to one side due to the inertia of motion.

Answer 2

When a motor makes a sharp turn at a high speed we tend to get thrown to one side due to the A) inertia of motion.

Explanation:

• Whenever a driver takes a sharp turn while driving at a considerable high speed, he tends to away in the opposite direction.
• This phenomenon occurs due to the inertia of direction.
• When a car makes a sharp turn at a high speed, we tend to get thrown to one side.
• When an unbalanced force is applied by the engine to change the direction of motion of the car, we slip to one side of the seat due to the inertia of the body.