363335 A conveyor belt is moving at a constant speed of 2 \(m/s\). A box is gently dropped on it. The coefficient of friction between them is \(\mu = 0.5\). The distance that the box will move relative to belt before coming to rest on it, taking \(g = 10\,m/{s^2}\)

363336 A block of mass 5 \(kg\) is kept on a horizontal floor having coefficient of friction 0.09. Two mutually perpendicular horizontal forces of 3 \(N\) and 4 \(N\) act on this block . The acceleration of the block is (\(g = 10\,m/{s^2}\))

363337 Three blocks \({m_{1}, m_{2}}\), and \({m_{3}}\) of masses \({1.5 {~kg}, 2.0 {~kg}}\), and \(10\,kg,\) respectively, are placed on a rough surface \({(\mu=0.20)}\), as shown in the figure. If a force \({F}\) is applied to give blocks an acceleration of \({3.0 {~m} / {s}^{2}}\), then the force that the \(1.50\,kg\) block exerts on the \(2.0\,kg\) block will be approximately

363338 A 10 \(kg\) block is resting on the horizontal surface when the force \(F\) is applied to it for 7 sec. The variation of \(F\) with time is shown in the figure. The coefficients of static and kinetic friction both are equal to 0.50. Find velocity of the block (in \(m\)/\(s\)) at \(t = 4\sec \).

363335 A conveyor belt is moving at a constant speed of 2 \(m/s\). A box is gently dropped on it. The coefficient of friction between them is \(\mu = 0.5\). The distance that the box will move relative to belt before coming to rest on it, taking \(g = 10\,m/{s^2}\)

363336 A block of mass 5 \(kg\) is kept on a horizontal floor having coefficient of friction 0.09. Two mutually perpendicular horizontal forces of 3 \(N\) and 4 \(N\) act on this block . The acceleration of the block is (\(g = 10\,m/{s^2}\))

363337 Three blocks \({m_{1}, m_{2}}\), and \({m_{3}}\) of masses \({1.5 {~kg}, 2.0 {~kg}}\), and \(10\,kg,\) respectively, are placed on a rough surface \({(\mu=0.20)}\), as shown in the figure. If a force \({F}\) is applied to give blocks an acceleration of \({3.0 {~m} / {s}^{2}}\), then the force that the \(1.50\,kg\) block exerts on the \(2.0\,kg\) block will be approximately

363338 A 10 \(kg\) block is resting on the horizontal surface when the force \(F\) is applied to it for 7 sec. The variation of \(F\) with time is shown in the figure. The coefficients of static and kinetic friction both are equal to 0.50. Find velocity of the block (in \(m\)/\(s\)) at \(t = 4\sec \).

363335 A conveyor belt is moving at a constant speed of 2 \(m/s\). A box is gently dropped on it. The coefficient of friction between them is \(\mu = 0.5\). The distance that the box will move relative to belt before coming to rest on it, taking \(g = 10\,m/{s^2}\)

363336 A block of mass 5 \(kg\) is kept on a horizontal floor having coefficient of friction 0.09. Two mutually perpendicular horizontal forces of 3 \(N\) and 4 \(N\) act on this block . The acceleration of the block is (\(g = 10\,m/{s^2}\))

363337 Three blocks \({m_{1}, m_{2}}\), and \({m_{3}}\) of masses \({1.5 {~kg}, 2.0 {~kg}}\), and \(10\,kg,\) respectively, are placed on a rough surface \({(\mu=0.20)}\), as shown in the figure. If a force \({F}\) is applied to give blocks an acceleration of \({3.0 {~m} / {s}^{2}}\), then the force that the \(1.50\,kg\) block exerts on the \(2.0\,kg\) block will be approximately

363338 A 10 \(kg\) block is resting on the horizontal surface when the force \(F\) is applied to it for 7 sec. The variation of \(F\) with time is shown in the figure. The coefficients of static and kinetic friction both are equal to 0.50. Find velocity of the block (in \(m\)/\(s\)) at \(t = 4\sec \).

363335 A conveyor belt is moving at a constant speed of 2 \(m/s\). A box is gently dropped on it. The coefficient of friction between them is \(\mu = 0.5\). The distance that the box will move relative to belt before coming to rest on it, taking \(g = 10\,m/{s^2}\)

363336 A block of mass 5 \(kg\) is kept on a horizontal floor having coefficient of friction 0.09. Two mutually perpendicular horizontal forces of 3 \(N\) and 4 \(N\) act on this block . The acceleration of the block is (\(g = 10\,m/{s^2}\))

363337 Three blocks \({m_{1}, m_{2}}\), and \({m_{3}}\) of masses \({1.5 {~kg}, 2.0 {~kg}}\), and \(10\,kg,\) respectively, are placed on a rough surface \({(\mu=0.20)}\), as shown in the figure. If a force \({F}\) is applied to give blocks an acceleration of \({3.0 {~m} / {s}^{2}}\), then the force that the \(1.50\,kg\) block exerts on the \(2.0\,kg\) block will be approximately

363338 A 10 \(kg\) block is resting on the horizontal surface when the force \(F\) is applied to it for 7 sec. The variation of \(F\) with time is shown in the figure. The coefficients of static and kinetic friction both are equal to 0.50. Find velocity of the block (in \(m\)/\(s\)) at \(t = 4\sec \).