1. A block of mass, M1=''n kg sits on a 30 frictional incline with kinetic friction coefficient of 0.25. It is attached to string that is thread over a pulley mounted at the top of the incline. A block of mass M= 0.75 kg hangs from the string. a. FE o ao o Draw a Free Body Diagram for each object by drawing the cartoon of the problem and label forces as Fg, Fr, Fr, Fxn to show force of gravity, force of friction, force of tension and force of normal respectively. You should use subscript 1 and 2 to show all labeling of mass M; and M, respectively. Then draw your chosen acceleration, a, direction on your drawing. Write Newton 2" law for both object for chosen X and Y coordinates? Calculate the force of gravity for M; and write it as Fa1 Calculate the force of gravity for M, and write it as Fc2 Calculate the force of normal for M; and write it as Fx1 Calculate the force of friction for M; and write it as Fs Calculate the acceleration \"a\" of blocks by using formulas written in part b? Calculate the tension force Fr of the wires connecting two blocks? g. if you have the same objects on the same frictional horizontal plain solve the whole problem by following all parts above