If acceleration of a particle moving in a straight linedepends on time

1.	If acceleration of a particle moving in a straight linedepends on time t as a = (2kt + 2) m/s2 (k>0), tisin second, then velocity of particle at t = 2 s will be(given velocity at t= 0 is zero)(1) (k + 1) m/s (2) 2(k + 1) m/s(3) 4(k + 1) m/s (4) 2k m/s
Answer» YOUR ANSWER IS IN ATTACHMENT:- OPTION (3) IS CORRECT.

If acceleration of a particle moving in a straight linedepends on time t as a = (2kt + 2) m/s2 (k>0), tisin second, then velocity of particle at t = 2 s will be(given velocity at t= 0 is zero)(1) (k + 1) m/s (2) 2(k + 1) m/s(3) 4(k + 1) m/s (4) 2k m/s

Answer»

YOUR ANSWER IS IN ATTACHMENT:-

OPTION (3) IS CORRECT.

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If acceleration of a particle moving in a straight linedepends on time t as a = (2kt + 2) m/s2 (k>0), tisin second, then velocity of particle at t = 2 s will be(given velocity at t= 0 is zero)(1) (k + 1) m/s (2) 2(k + 1) m/s(3) 4(k + 1) m/s (4) 2k m/s​

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If acceleration of a particle moving in a straight linedepends on time t as a = (2kt + 2) m/s2 (k>0), tisin second, then velocity of particle at t = 2 s will be(given velocity at t= 0 is zero)(1) (k + 1) m/s (2) 2(k + 1) m/s(3) 4(k + 1) m/s (4) 2k m/s