The diagram to the right shows a block attached to an ideal spring on a frictionless surface. The block experiences no net force when it is at position B. When the block is to the left of point B the spring pushes it to the right. When the block is to the right of point B, the spring pulls it to the left. B 40.0cm The mass is pulled to the left from point B to point A and released. The block then oscillates between positions A and C. Assume that the system consists of the block and the spring and that no friction or dissipative forces act. 11, The position vs, time graph below describes the motion of the system on page 1 for four cycles, Complete sketches for the other graphs shown based on this position vs. time graph. B C B total energy elastic energy kinetic energy force acceleration velocity position B B B B A B B A B 1 1 I I I B C B A B C A B C B A B C m A B time time time time time time time