Match column -I with column-II and select the correct answer using the codes given below:

Column-I Column -II
(A) The rate of change of momentum (p) Acceleration
(B) The ratio of the total distance travelled to the total time taken (q) Velocity
(C) The time rate of change of velocity (r) Average speed
(D) Displacement per unit time (s) Force

(A) \to (s), (B) \to (r), (C) \to (p), (D) \to (q)

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(A) \to (p), (B) \to (r), (C) \to (q), (D) \to (s)

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(A) \to (s), (B) \to (p), (C) \to (r), (D) \to (q)

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(A) \to (q), (B) \to (r), (C) \to (p), (D) \to (s)

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Solution

The correct option is A $(A) \to (s), (B) \to (r), (C) \to (p), (D) \to (q)$
(A) $F o r c e = \frac{C h a n g e i n m o m e n t u m}{t i m e i n t e r v a l} = \frac{d p}{d t}$ (s)
(B) $A v e r a g e s p e e d = \frac{t o t a l d i s t a n c e t r a v e l l e d}{t o t a l t i m e t a k e n}$ (r)
(C)Acceleration, $a = \frac{v - u}{t}$ (p)
(D) Velocity, $v = \frac{d i s p l a c e m e n t}{t i m e}$ (q)

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	Column-I		Column -II
(A)	The rate of change of momentum	(p)	Acceleration
(B)	The ratio of the total distance travelled to the total time taken	(q)	Velocity
(C)	The time rate of change of velocity	(r)	Average speed
(D)	Displacement per unit time	(s)	Force

The correct option is A (A)→(s),(B)→(r),(C)→(p),(D)→(q)(A) Force=Changeinmomentumtimeinterval=dpdt (s)(B) Averagespeed=totaldistancetravelledtotaltimetaken (r)(C)Acceleration, a=v−ut (p)(D) Velocity, v=displacementtime(q)