A (SOLO-kg crate rests on a level oor at a shipping clock. The coefcients of static and kinetic Friction are 0.760 and 0.410, respectively. {3} Draw the freebody diagram showingthe forces that act on the crate. What horizontal pushing force is required to {hi just start the crate moving and {c} slide the crate across the dock at constant speed? Important: Assume thatthe pushing force is to the right. Step 1 la} Draw.r the free-body diagram showing the forces that act on the crate. Use the eheekimxes to select the correct vectors as instructed above. Move the vectors to the correct starting points and orient them in the correct direction as instructed |:| mg D f Key to Force Labels mg 2 Gravitational force D F" Fp = Pushing force D F}; FN = Normal force T = Tension D T f = Frictional Force Draw free-body diagram here