Can anyone help with this? Thank you!

Before Acceleration After Acceleration Mass of m2 = 8 kg Show Free Body Digrams Show Numerical Values Mass of m2 = 8 kg Show Free Body Digrams C Show Numerical Values m2 m2 m29 AT Mass of my = 4 kg m,g Mass of my = 4 kg Coefficient of Friction 0 between m, and Surface Coefficient of Friction a = 0 Run Pause Reset . my between m, and Surface a = 0 Run Pause Reset -Draw a free-body diagram for the mass hanger as it accelerates downward. Note the hanger is neither in free fall nor descending at a constant speed, since its free fall is "hindered" by pulling the mass. Write a mathematical description for Newton's second law for the hanging mass based on your free-body diagram. Rearrange this equation to solve for the tension in the string