Science, asked by rajashree46, 7 months ago

motion of a particle is defined by a relation x(t)=3sin2t+3cos2t+20 where x(t) represent it's position at time t.Find the time at which the particle attain maximum acceleration?

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Answered by shankarsinghyadavvya

Answer:

motion of a paricle is defined by a realation x(t=3sin2t+3cos 2+20 where x(t) reapresent it's position at time t.Find the time at which the particle attain maximum acceleration?

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motion of a particle is defined by a relation x(t)=3sin2t+3cos2t+20 where x(t) represent it's position at time t.Find the time at which the particle attain maximum acceleration?​

Answers

motion of a particle is defined by a relation x(t)=3sin2t+3cos2t+20 where x(t) represent it's position at time t.Find the time at which the particle attain maximum acceleration?