Please consider the following phases of jumping: C. Falling back down toward the trampoline D. Pushing down into the trampoline and slowing down after falling  please draw free body diagram for the above cases. The diagram needs to have all relevant forces labeled, scalded poportionstelt, and there to be a coordinate axis present. Indicate the net force if it is non-zero.

The question below refer to a large truck which breaks down out on the road and receives a push back to town by a small compact car. Pick one of the choices A through J below which correctly describes the forces between the car and the truck in the description below: The car, still pushing the truck, is at cruising speed and continues to travel at the same speed. A. The force of the car pushing against the truck is equal to that of the truck pushing back against the car. B. The force of the car pushing against the truck is less than that of the truck pushing back against the car. C. The force of the car pushing against the truck is greater than that of the truck pushing back against the car. D. The car's engine is running so it applies a force as it pushes against the truck, but the truck's engine isn't running so it can't push back with a force against the car. E. Neither the car nor the truck exert any force on each other. The truck is pushed forward simply because it is in the way…

Problem 5 Push a Push The three boxes shown are at rest when we pull the right- hand box to the right with a force Fo. (a) Draw free-body diagrams for all three boxes. Draw a fourth free-body dia- gram for the entire system. (b) What is the acceleration of the 3m box? (c) What is the magnitude of the force on the m box due to the rope? What is the magnitude of the force on the 3m due to the m box? m 3m 2m

Please solve