In the figure shown, when the persons A and B exchange their positions, then (m2>m1)

the plank moves towards_________

In the figure shown, when the persons A and B exchange their positions, then the distance moved by the plank is _____.

In the figure shown, when the persons A and B exchange their positions, then the distance moved by B with respect to ground is ____________.

In the figure shown, when the persons A and B exchange their positions, then the distance moved by the centre of mass of the system is ____________.

In the figure shown, when the persons A and B exhange their position, then (i) the distance moved by the centre of mass of the system is ____. (ii) the plank moves towards_____. (iii) the distance moved by the plank is _________. (iv) the distacne moved by A with respect to ground is _____. (v) the distance moved by B with respect to ground is _____.

In the figure shown, when the persons A and B exhange their position, then (i) the distance moved by the centre of mass of the system is ____. (ii) the plank moves towards_____. (iii) the distance moved by the plank is _________. (iv) the distacne moved by A with respect to ground is _____. (v) the distance moved by B with respect to ground is _____.

In the figure shown, when the persons A and B exhange their position, then (i) the distance moved by the centre of mass of the system is ____. (ii) the plank moves towards_____. (iii) the distance moved by the plank is _________. (iv) the distacne moved by A with respect to ground is _____. (v) the distance moved by B with respect to ground is _____.

In the figure shown, when the persons A and B exchange their positions, and , m_1 = 50kg, m_2 = 70kg, M = 80kg. then the distance moved by A with respect to ground is ____________

Two persons A and B are standing at the two opposite ends of a plank of length 4 m as shown in the figure. Plank is kept on a frictionless horizontal surface. Displacement of Plank, when A and B interchange their positions on the plank is (given m_A=40 kg, m_B= 60 kg, m_(plank) = 20 kg)

In the figure shown, mass of the plank is m and that of the solid cylinder is 8m. Springs are light. The plank is slightly displaced from equilibrium and then released. Find the period of small oscillations (in seconds) of the plank. There is no slipping at any contact point. The ratio of the mass of the plank adn stiffness of the spring i.e., (m)/(K) = (2)/(pi^(2))