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Fundamental and Derived Units

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Question

From the magnitude of impulse, it is possible to find the change in linear momentum because

A

impulse = change in linear momentum

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B

impulse < change in linear momentum

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C

impulse > change in linear momentum

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D

impulse x time = change in linear momentum

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Solution

The correct option is A
impulse = change in linear momentum

From the magnitude of impulse, it is possible to find the change in linear momentum because impulse = change in linear momentum.

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Similar questions

Q. Regarding linear momentum of a body
a. It is a measure of quantity of motion contained by the body
b. Change in momentum is the measure of impulse
c. Impulse and acceleration act in opposite direction to the change in momentum
d. In the case of uniform circular motion the linear momentum is conserved.

Q. Assertion :When a ball of mass m hits normally a wall with a velocity

v

and rebounds with same velocity

v

, impulse imparted to the wall is

2 m v

. Reason: Impulse = change in linear momentum

Q. Impulse is the product of change in momentum and time.

Q. Statement I : When a clay ball of mass m hits normally a wall with speed v and sticks to it, impulse imparted to the ball is 2 mv.
Statement II: Impulse is equal to rate of change of linear momentum with time.

I

varies with time

t

f (k g m s^{- 1}) = 20 t^{2} - 40 t

. The change in momentum is minimum at

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