2) A particle of mass m=0.50 kg is initially at rest at the origin and it...

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2) A particle of mass m=0.50 kg is initially at rest at the origin and it moves along +x direction up a frictional incline as given in the figure with a coefficient of kinetic friction of 0.20. Mass m moves a displacement of Ar= 2.201 m on the influence of the forces. The force given in the figure is F = 3.50 +2.20j and if necessary, take the acceleration due to gravity g=-gsin(37) - gcos (37) a) Draw free body diagram (force diagram) for mass m. mass m? b) Calculate work done by each force acting on mass m separately. What is the total work done on c) If time required for mass m to get Ar is 3.24 s calculate the net average power delivered to mass m. a ti 2) A particle of mass m=0.50 kg is initially at rest at the origin and it moves along +x direction up a frictional incline as given in the figure with a coefficient of kinetic friction of 0.20. Mass m moves a displacement of Ar= 2.201 m on the influence of the forces. The force given in the figure is F = 3.50 +2.20j and if necessary, take the acceleration due to gravity g=-gsin(37) - gcos (37) a) Draw free body diagram (force diagram) for mass m. mass m? b) Calculate work done by each force acting on mass m separately. What is the total work done on c) If time required for mass m to get Ar is 3.24 s calculate the net average power delivered to mass m. a ti