Two weights, connected to each other by rope. are placed on inclined planes. Mass 1 (m1) is placed on a plane inclined 30 from the horizontal, and Mass 2 (mg) is placed on a plane inclined 20 from the horizontal, as shown below. The rope connecting the two masses remains in tension. Assume the friction on both of the masses are acting up the plane [towards the other mass) 3. Label the diagram below with the forces acting upon the two masses. Include friction forces acting on both of the masses (11118: m2] b. Given that 1111 = 20kg and the friction coefficient acting on m1 is u1=0.05. calculate the tension force If the two masses remain in equilibrium to 2 d.p. 1:. Knowing that the friction coefficient acting on m2 is u2=0.2, determine the mass of m; to 2 d.p