M,RA dumbbell with mass 3M, radius R, and moment of inertia - MR2 is on an3Mincline of angle 0. There is sufficient friction on the incline so that the dumbbellrolls without slipping. The dumbbell is connected by a massless cord passingover a pulley of mass M and radius R (I = ½MR²) to a hanging mass M as shownbelow. The system starts from rest.MDraw free-body diagrams for the dumbbell (including one for torques), the pulley, and the(а)hanging mass, noting the coordinates used and the positive direction for torque, if applicable.Write down the translational and/or rotational forms of Newton's Second Law for the(b)three objects in the system.What is the acceleration of the system?

Given: The mass of the dumbbell is 3 M. The radius of the dumbbell is R. The moment of inertia of…

T2 A dumbbell with mass 3M, radius R, and moment of inertia MR² is on an incline of angle 0. There is sufficient friction on the incline so that the dumbbell rolls without slipping. The dumbbell is connected by a massless cord passing over a pulley of mass M and radius R (I = ½MR²) to a hanging mass M as shown 3M M

T2 A dumbbell with mass 3M, radius R, and moment of inertia MR² is on an incline of angle 0. There is sufficient friction on the incline so that the dumbbell rolls without slipping. The dumbbell is connected by a massless cord passing over a pulley of mass M and radius R (I = ½MR²) to a hanging mass M as shown 3M M