366140 Find the minimum height of the obstacle so that the sphere can stay in equilibrium.

366141 A uniform rod of length \(200\;cm\) and mass \(500\;g\) is balanced on a wedge placed at \(40\;cm\) mark. A mass of \(2\;kg\) is suspended from the rod at \(20\,cm\) and another unknown mass \('m'\) is suspended from the rod at \(160\;cm\) mark as shown in the figure. Find the value of \('m'\) such that the rod is in equilibrium. \(\left( {g = 10\;m/{s^2}} \right)\)

366142 A heavy iron bar of weight \(12\;kg\) is having its one end on the ground and the other on the shoulder of a man. The rod makes an angle \(60^\circ \) with the horizontal, the weight experienced by the man is :

366143 Four equal and parallel forces are acting on a rod (as shown in figure) at distances of \(20\,cm\), \({40 {~cm}, 50 {~cm}}\) and \(100\,cm\), respectively, from one end of the rod. Under the influence of these forces, the rod

366140 Find the minimum height of the obstacle so that the sphere can stay in equilibrium.

366141 A uniform rod of length \(200\;cm\) and mass \(500\;g\) is balanced on a wedge placed at \(40\;cm\) mark. A mass of \(2\;kg\) is suspended from the rod at \(20\,cm\) and another unknown mass \('m'\) is suspended from the rod at \(160\;cm\) mark as shown in the figure. Find the value of \('m'\) such that the rod is in equilibrium. \(\left( {g = 10\;m/{s^2}} \right)\)

366142 A heavy iron bar of weight \(12\;kg\) is having its one end on the ground and the other on the shoulder of a man. The rod makes an angle \(60^\circ \) with the horizontal, the weight experienced by the man is :

366143 Four equal and parallel forces are acting on a rod (as shown in figure) at distances of \(20\,cm\), \({40 {~cm}, 50 {~cm}}\) and \(100\,cm\), respectively, from one end of the rod. Under the influence of these forces, the rod

366140 Find the minimum height of the obstacle so that the sphere can stay in equilibrium.

366141 A uniform rod of length \(200\;cm\) and mass \(500\;g\) is balanced on a wedge placed at \(40\;cm\) mark. A mass of \(2\;kg\) is suspended from the rod at \(20\,cm\) and another unknown mass \('m'\) is suspended from the rod at \(160\;cm\) mark as shown in the figure. Find the value of \('m'\) such that the rod is in equilibrium. \(\left( {g = 10\;m/{s^2}} \right)\)

366142 A heavy iron bar of weight \(12\;kg\) is having its one end on the ground and the other on the shoulder of a man. The rod makes an angle \(60^\circ \) with the horizontal, the weight experienced by the man is :

366143 Four equal and parallel forces are acting on a rod (as shown in figure) at distances of \(20\,cm\), \({40 {~cm}, 50 {~cm}}\) and \(100\,cm\), respectively, from one end of the rod. Under the influence of these forces, the rod

366140 Find the minimum height of the obstacle so that the sphere can stay in equilibrium.

366141 A uniform rod of length \(200\;cm\) and mass \(500\;g\) is balanced on a wedge placed at \(40\;cm\) mark. A mass of \(2\;kg\) is suspended from the rod at \(20\,cm\) and another unknown mass \('m'\) is suspended from the rod at \(160\;cm\) mark as shown in the figure. Find the value of \('m'\) such that the rod is in equilibrium. \(\left( {g = 10\;m/{s^2}} \right)\)

366142 A heavy iron bar of weight \(12\;kg\) is having its one end on the ground and the other on the shoulder of a man. The rod makes an angle \(60^\circ \) with the horizontal, the weight experienced by the man is :

366143 Four equal and parallel forces are acting on a rod (as shown in figure) at distances of \(20\,cm\), \({40 {~cm}, 50 {~cm}}\) and \(100\,cm\), respectively, from one end of the rod. Under the influence of these forces, the rod