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Two blocks A and B of mass m and 2m connected by a light spring of spring constant lie at rest on a fixed smooth horizontal plane are given velocities initially of magnitudes 2u and u as shown in figure. In the subsequent motion, the only horizontal force acting on blocks is due to spring. Match the conditions in column I with the instants of time they occur as given in column II. Column IColumn II(A)The length of spring is least at time(p)π2√2m3k(B) The length of spring is maximum at time(q)π√2m3k(C) The acceleration of both blocks is(r)π√3m2k zero simultaneously at time(D) velocity of center of mass at time t = 0 is(s) zero Choose the correct option |
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Answer» Two blocks A and B of mass m and 2m connected by a light spring of spring constant lie at rest on a fixed smooth horizontal plane are given velocities initially of magnitudes 2u and u as shown in figure. In the subsequent motion, the only horizontal force acting on blocks is due to spring. Match the conditions in column I with the instants of time they occur as given in column II.
Column IColumn II(A)The length of spring is least at time(p)π2√2m3k(B) The length of spring is maximum at time(q)π√2m3k(C) The acceleration of both blocks is(r)π√3m2k zero simultaneously at time(D) velocity of center of mass at time t = 0 is(s) zero Choose the correct option |
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