Jerome has made the system in the picture. The boy knows the mass of the first block is 3.00 kg. The boy connects it to a 2.00kg ball with a light string which runs over a pulley. Malcolm knows the mass of the pulley is 700 grams. The block slides on a table with a coefficient of friction of 0.310. Assume that the string does not slip on the pulley which rotates about a frictionless axle. Help Malcolm figure out the following: 1. Draw a force diagram for each of the 3 components of the system (block,pulley and the ball) 2. Calculate the linear acceleration of the ball 3. Figure out the tension in each section of the string. 3 kg 700 g 2 kg a

Jerome has made the system in the picture. The boy knows the mass of the first block is 3.00 kg. The boy connects it to a 2.00kg ball with a light string which runs over a pulley. Malcolm knows the mass of the pulley is 700 grams. The block slides on a table with a coefficient of friction of 0.310. Assume that the string does not slip on the pulley which rotates about a frictionless axle. Help Malcolm figure out the following: 1. Draw a force diagram for each of the 3 components of the system (block,pulley and the ball) 2. Calculate the linear acceleration of the ball 3. Figure out the tension in each section of the string. 3 kg 700 g 2 kg a