365715 A pulley fixed to the ceiling carries a string with blocks of mass \(m\) and \(3\;\,m\) attached to its ends. The masses of string and pulley are negligible. When the system is released,its center of mass moves with acceleration of

365716 Both the blocks shown in the given arrangement are given together a horizontal velocity towards right. If \({x {~ms}^{-2}}\) be the subsequent acceleration of centre of mass of the system of blocks, find the minimum value of \({x}\)
(Given, \({m_{A}=2 m_{B}}\) and \({g=10 {~ms}^{-2}}\), all in SI units)

365717 When a force is applied on a body, Newton's second law is applicable to

365718 Two particles of mass \(5\;kg\) and \(10\;kg\) respectively are attached to the two ends of a rigid rod of length \(1\;m\) with negligible mass. The distance of centre of mass from \(5\;kg\) mass is

365715 A pulley fixed to the ceiling carries a string with blocks of mass \(m\) and \(3\;\,m\) attached to its ends. The masses of string and pulley are negligible. When the system is released,its center of mass moves with acceleration of

365716 Both the blocks shown in the given arrangement are given together a horizontal velocity towards right. If \({x {~ms}^{-2}}\) be the subsequent acceleration of centre of mass of the system of blocks, find the minimum value of \({x}\)
(Given, \({m_{A}=2 m_{B}}\) and \({g=10 {~ms}^{-2}}\), all in SI units)

365717 When a force is applied on a body, Newton's second law is applicable to

365718 Two particles of mass \(5\;kg\) and \(10\;kg\) respectively are attached to the two ends of a rigid rod of length \(1\;m\) with negligible mass. The distance of centre of mass from \(5\;kg\) mass is

365715 A pulley fixed to the ceiling carries a string with blocks of mass \(m\) and \(3\;\,m\) attached to its ends. The masses of string and pulley are negligible. When the system is released,its center of mass moves with acceleration of

365716 Both the blocks shown in the given arrangement are given together a horizontal velocity towards right. If \({x {~ms}^{-2}}\) be the subsequent acceleration of centre of mass of the system of blocks, find the minimum value of \({x}\)
(Given, \({m_{A}=2 m_{B}}\) and \({g=10 {~ms}^{-2}}\), all in SI units)

365717 When a force is applied on a body, Newton's second law is applicable to

365718 Two particles of mass \(5\;kg\) and \(10\;kg\) respectively are attached to the two ends of a rigid rod of length \(1\;m\) with negligible mass. The distance of centre of mass from \(5\;kg\) mass is

365715 A pulley fixed to the ceiling carries a string with blocks of mass \(m\) and \(3\;\,m\) attached to its ends. The masses of string and pulley are negligible. When the system is released,its center of mass moves with acceleration of

365716 Both the blocks shown in the given arrangement are given together a horizontal velocity towards right. If \({x {~ms}^{-2}}\) be the subsequent acceleration of centre of mass of the system of blocks, find the minimum value of \({x}\)
(Given, \({m_{A}=2 m_{B}}\) and \({g=10 {~ms}^{-2}}\), all in SI units)

365717 When a force is applied on a body, Newton's second law is applicable to

365718 Two particles of mass \(5\;kg\) and \(10\;kg\) respectively are attached to the two ends of a rigid rod of length \(1\;m\) with negligible mass. The distance of centre of mass from \(5\;kg\) mass is