2. Cylinder T Ho 71 Lo- Lo Total Kinetic Energy 2L Distance Traveled A cylindrical soup...

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2. Cylinder T Ho 71 Lo- Lo Total Kinetic Energy 2L Distance Traveled A cylindrical soup can of mass, m is placed at the top of a ramp of length Lo and height Ho, as shown above, released from rest. The can rolls without slipping down the ramp and then continues rolling along a horizontal surface. (a) On the grid above, sketch a graph that represents the total kinetic energy of the soup can as a function of the distance traveled by the soup can as it rolls down the ramp and continues to roll across the horizontal surface. Block Lo- THL Ho T Lo- The soup can is again placed at the top of the incline. A block, also of mass m, is placed at the top of a separate rough incline of length and height, as shown above. When the soup can and block are released at the same instant, the cylinder begins to roll without slipping while the block begins to accelerate uniformly. The soup can and the block reach the bottoms of their respective inclines with the same translational speed. (b) In terms of energy, explain why the two objects reach the bottom of their respective inclines with the same translational speed. Provide your answer in a clear, coherent paragraph-length response that may also contain figures and/or equations. 2. Cylinder T Ho 71 Lo- Lo Total Kinetic Energy 2L Distance Traveled A cylindrical soup can of mass, m is placed at the top of a ramp of length Lo and height Ho, as shown above, released from rest. The can rolls without slipping down the ramp and then continues rolling along a horizontal surface. (a) On the grid above, sketch a graph that represents the total kinetic energy of the soup can as a function of the distance traveled by the soup can as it rolls down the ramp and continues to roll across the horizontal surface. Block Lo- THL Ho T Lo- The soup can is again placed at the top of the incline. A block, also of mass m, is placed at the top of a separate rough incline of length and height, as shown above. When the soup can and block are released at the same instant, the cylinder begins to roll without slipping while the block begins to accelerate uniformly. The soup can and the block reach the bottoms of their respective inclines with the same translational speed. (b) In terms of energy, explain why the two objects reach the bottom of their respective inclines with the same translational speed. Provide your answer in a clear, coherent paragraph-length response that may also contain figures and/or equations.