a) Compute the projection of gravity along the slope in Figure Q4. b) State the three...

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a) Compute the projection of gravity along the slope in Figure Q4. b) State the three laws of dynamics. c) Calculate the friction force associated with the system in Figure Q4. d) Define the static condition and compute the maximum slope that allows static equilibrium in the system portrayed in Figure Q4. y 4 h M Fa Fg x Figure Q4 The mass M = 2kg and 0 is the slope angle. The friction coefficient is H = 0.6 a) Compute the projection of gravity along the slope in Figure Q4. b) State the three laws of dynamics. c) Calculate the friction force associated with the system in Figure Q4. d) Define the static condition and compute the maximum slope that allows static equilibrium in the system portrayed in Figure Q4. y 4 h M Fa Fg x Figure Q4 The mass M = 2kg and 0 is the slope angle. The friction coefficient is H = 0.6