32. A block of mass 100 g is moved with a speed of 5-0 m/sat the highest point in a closed circular tube of radius10 cm kept in a vertical plane. The cross-section of thetube is such that the block just fits in it. The blockmakes several oscillations inside the tube and finallystops at the lowest point. Find the work done by thetube on the block during the process.

A block of mass 100g is moved with a speed of 5.0 m/s at the highest point in a closed circular tube of radius 10 cm kept in a vertical plane. The cross section of the tube is such that the block just fits in it. The block makes several oscillations inside the tube and finally stops at the lowest point. find the work done by the tube on the block during the process

A block of mass 100g is moved with a speed of 5.0 m/s at the highest point in a closed circular tube of radius 10 cm kept in a vertical plane. The cross sectiion of th tube is such that the block just fits in it. The block makes wseverl oscillations inside the tube and finally stops at the lowest point. find teh work done by the tube on the block during the process

A block of mass 100 g is moved with a speed of 5(m)//(s) at the highest point in a closed circular tube of radius 10 cm kept in a vertical plane. The cross-section of the tube is such that the block jst fits in it. The block makes several oscillations inside the tube and finally stops at the lowest point. The work done by the tube on the block during the process will be

A ball of mass m is moved with speed v_0 at the highest point in a closed circular tube of radius R kept in the vertical plane. The cross-section of the tube is such that the block just fits in it. The block makes several oscillations inside the tube and finally stops at the lowest point. Find the work done by the tube on the block during the process.

A man moves on a straight horizontal road with a block of mass 2 kg in his hand If he covers a distance os 40 m with an accelertion of 0.5ms^(-2) Find the work done by the man on the block during the motion.

A block of mass 30.0 kg is being brought down by a chain. If the block acquires as speed of 40.0 cm/s in dropping down 2.00 m ,find the work done by the chain during the process.

A man moves on a straight horizontal road with a block of mass 2 kg in his hand. If he covers a distance of 340 m with an acceleration of 0.5 m/s^2 find the work done by the man on the block during the motion.