49. An 8.2-kg block on a table is attached by a ro over a frictionless pulley to a 2.0-kg hanging block as shown in the diagram. The blocks ar released from rest and allowed to move freely The coefficient of kinetic friction between the 8.2-kg block and the table is 0.22. Ignore the masses of the rope and the pulley. 8.2 kg H = 0.22 1722 2.0 kg 1.2 m a) Find the velocity of the 8.2-kg block in 2. after the blocks are released. b) How far will the 2.0-kg block drop in 3.0 after the blocks are released? C) If the 2.0-kg block is 1.2 m above the flc before the blocks are released, find the t it takes for the block to reach the floor a the blocks are released. Ignore air resist d) Find the tension in the horizontal rope.CHAPTER V / FOR 50. A box on a frictionless surface is attached to a U hanging mass of 3.2 kg. The tension in the connecting cord is 12 N. 771 3.2kg a) Find the acceleration of the mass of m2. b) Find the mass of m1