Need answer to part B, C, and DEq 9.13: ΔKtotal = WtotalEq 9.17: W = F (Δr) cos θGRAVITY SHOULD BE INCLUDED IN SOLUTION! 1. Starting from rest a block of mass m is pushed up a frictionless slope of angle 0 bya horizontal force of magnitude F.hFma. Draw a free body diagram for mass m.b. What work is done on the block? Write down the work-kinetic energy theorem (eq. 9.13) for the block and simplify.c. What forces act on the block? Write down the work done by these forces usingyour free-body diagram and eq. 9.17d. Using work and energy, find a symbolic expression for the block's speed when it isat height h above the bottom of the slope.e. If F= 25.0 N, m= 5.0 kg, h= 2.0 m and 020°, what is the speed of the block atof the slope? What happens in the limit at h → O? Does this make sense?thetop

To solve the problem, we start with forces on the block and use the given equations.

Answered: 1. Starting from rest a block of mass m…

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