There is an object of mass M on inclined plane of angle 0. A horizontal force...

  

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There is an object of mass M on inclined plane of angle 0. A horizontal force F, is applied to object as shown in the figure to keep the object without falling on inclined plane. Consider no friction on inclined plane. a) Draw a free-body-diagram for object? (pts) b) Find algebraic equation for applied force in terms of M, 0 and g? (2 pts). c) Find algebraic equation for normal force in terms of M, 0 and g? (3 pts) Now consider applied force increase to F2 and the object pushes upward on the inclined and object moves with an acceleration of a. No friction on inclined plane. d) Find algebraic equation for applied force interns of M, 0, a and g? (3 pts) e) Calculate the numerical value of applied F2 by using following information, M=4.85 kg, 0=28.0%, a-1.35 m/s and g=9.81 m/s? (2 pts) M Newton Laws: Law-1: Law of inertia, When Fnet = 0 No acceleration or at rest. Law-2: Fnet = ma max, y may, F = maz Law-3: Action and reaction force. There is an object of mass M on inclined plane of angle 0. A horizontal force F, is applied to object as shown in the figure to keep the object without falling on inclined plane. Consider no friction on inclined plane. a) Draw a free-body-diagram for object? (pts) b) Find algebraic equation for applied force in terms of M, 0 and g? (2 pts). c) Find algebraic equation for normal force in terms of M, 0 and g? (3 pts) Now consider applied force increase to F2 and the object pushes upward on the inclined and object moves with an acceleration of a. No friction on inclined plane. d) Find algebraic equation for applied force interns of M, 0, a and g? (3 pts) e) Calculate the numerical value of applied F2 by using following information, M=4.85 kg, 0=28.0%, a-1.35 m/s and g=9.81 m/s? (2 pts) M Newton Laws: Law-1: Law of inertia, When Fnet = 0 No acceleration or at rest. Law-2: Fnet = ma max, y may, F = maz Law-3: Action and reaction force.