Answer the following questions and show your solution and free body diagram.

A 1.63 kg ball rolls on a frictionless horizontal surface at 5.5 m/s and collides with a stationary block of mass 1.38 kg which is attached to horizontal spring whose force constant is 1688 N/m. Right after impact, the ball bounces on the opposite direction at 1.24 m/s. To what distance will the spring be compressed? x- O 5.24 cm O 22.8 cm O 14.4 cm O 12.6 cmAn accident occurs at the intersection of a road. A 4604 kg jeepney moving south at 25.3 m/s collides with a 1205 kg motorela that is moving east 17 m/s. If the wreckage of the collision resulted with the vehicles coupled together, what is the velocity of the vehicles after the collision? 14.5 m/s, directed at 80.0 South of East O 20.4 m/s, directed at 9.970 East of South O 14.5 m/s, directed at 9.970 South of East O 20.4 m/s, directed at 80.0 East of SouthA 64.0 kg man, standing on a frictionless walkalator inclined at 6:310\" below the horizontal, holds a 13.6 kg grocery cart. The walkalator moves a at constant speed while it carries the cart through a height of 10.5 m from the higher floor to the lower floor of a mall. If the man applied a force that is parallel to the walkalator, how much power is delivered by the man on the cart if it reaches the lower floor after 21.2 s? O 36.0 w O 56.0w 0 55.4w 0 s77w