355651 Two blocks with masses \({m_{1}=3 {~kg}}\) and \({m_{2}=5 {~kg}}\) are connected by a light string that slides over a frictionless pulley as shown in figure. Initially, \({m_{2}}\), is held \(5\,m\) off the floor while \({m_{1}}\) is on the floor. The system is then released. At what speed does \({m_{2}}\) hit the floor?

355652 A particle of mass \(m\) at rest is acted upon by a force \(F\) for a time \(t\). Its kinetic energy after an interval \(t\) is

355653 When workdone on a particle is positive
(A) \(K\).\(E\) remains constant
(B) Momentum increases
(C) \(K\).\(E\) increases
(D) \(K\).\(E\) decreases

355654 A uniform chain of length \(L\) and mass \(M\) overhangs a horizontal table with its two-third part on a table. The friction coefficient between the table and the chain is \(\mu\). The work done by the friction during the period the chain slips off the table is

355651 Two blocks with masses \({m_{1}=3 {~kg}}\) and \({m_{2}=5 {~kg}}\) are connected by a light string that slides over a frictionless pulley as shown in figure. Initially, \({m_{2}}\), is held \(5\,m\) off the floor while \({m_{1}}\) is on the floor. The system is then released. At what speed does \({m_{2}}\) hit the floor?

355652 A particle of mass \(m\) at rest is acted upon by a force \(F\) for a time \(t\). Its kinetic energy after an interval \(t\) is

355653 When workdone on a particle is positive
(A) \(K\).\(E\) remains constant
(B) Momentum increases
(C) \(K\).\(E\) increases
(D) \(K\).\(E\) decreases

355654 A uniform chain of length \(L\) and mass \(M\) overhangs a horizontal table with its two-third part on a table. The friction coefficient between the table and the chain is \(\mu\). The work done by the friction during the period the chain slips off the table is

355651 Two blocks with masses \({m_{1}=3 {~kg}}\) and \({m_{2}=5 {~kg}}\) are connected by a light string that slides over a frictionless pulley as shown in figure. Initially, \({m_{2}}\), is held \(5\,m\) off the floor while \({m_{1}}\) is on the floor. The system is then released. At what speed does \({m_{2}}\) hit the floor?

355652 A particle of mass \(m\) at rest is acted upon by a force \(F\) for a time \(t\). Its kinetic energy after an interval \(t\) is

355653 When workdone on a particle is positive
(A) \(K\).\(E\) remains constant
(B) Momentum increases
(C) \(K\).\(E\) increases
(D) \(K\).\(E\) decreases

355654 A uniform chain of length \(L\) and mass \(M\) overhangs a horizontal table with its two-third part on a table. The friction coefficient between the table and the chain is \(\mu\). The work done by the friction during the period the chain slips off the table is

355651 Two blocks with masses \({m_{1}=3 {~kg}}\) and \({m_{2}=5 {~kg}}\) are connected by a light string that slides over a frictionless pulley as shown in figure. Initially, \({m_{2}}\), is held \(5\,m\) off the floor while \({m_{1}}\) is on the floor. The system is then released. At what speed does \({m_{2}}\) hit the floor?

355652 A particle of mass \(m\) at rest is acted upon by a force \(F\) for a time \(t\). Its kinetic energy after an interval \(t\) is

355653 When workdone on a particle is positive
(A) \(K\).\(E\) remains constant
(B) Momentum increases
(C) \(K\).\(E\) increases
(D) \(K\).\(E\) decreases

355654 A uniform chain of length \(L\) and mass \(M\) overhangs a horizontal table with its two-third part on a table. The friction coefficient between the table and the chain is \(\mu\). The work done by the friction during the period the chain slips off the table is