Please help me with the following problem:

Problem 1 Consider the set of blocks shown below. One block, of mass M2, sits on a ramp that makes an angle of d with the horizontal. The other block, of mass M1, is attached to the first block by a rope over a pulley, and hangs from the rope. You may assume the ramp is frictionless. You observe that the blocks are at rest. Use the following symbols for the quantities in this problem: w1: weight of the block of mass MI . w/2: weight of the block of mass My . n: normal force . 71: tension acting on the block of mass M1 . 72: tension acting on the block of mass M2 (a): 10 points Draw a free-body diagram for the block of mass M1. Be sure to label your force vectors clearly. The length of the force vectors is not important; the direction is what matters.{h}: 11] points Draw a frag-body diagram for the block of mass M2. Be sum to label 3mm: farce vectors clearly. The length of the force whom is nut important: the direction is what matters. (c): 10 points Calculate the magnitude of the normal force, in terms of any and/or all of M1, Me, g, and d.(d): 10 points Calculate the magnitude of the tension in the rope, in terms of any and/or all of M1, M2, g, and 9