Q4) (25 p)Two objects with masses MA = 1 Kg. and Mg = 4 are placed on the side surfaces of inclined planes as shown in the figure, where right side is frictionless. They are connected to each other...


Q4) (25 p)Two objects with masses MA = 1 Kg. and Mg = 4 are placed on the side surfaces of<br>inclined planes as shown in the figure, where right side is frictionless. They are connected to<br>each other with a rope passing through a pulley with radius R and moment of inertia I. The<br>kinetic friction coefficient on left side is 4 =<br>acceleration a = 4 m/s. (Both inclined planes have 45°)<br>0.01. If the system is moving to right with an<br>a) (5 Pts.) Draw the free body diagrams of the bodies and the pulley.<br>b) (10 Pts.) Find the tensions T1 and T2.<br>c) (10 Pts.) Find the moment of inertia I.<br>(g =10 m/s)<br>I<br>450<br>

Extracted text: Q4) (25 p)Two objects with masses MA = 1 Kg. and Mg = 4 are placed on the side surfaces of inclined planes as shown in the figure, where right side is frictionless. They are connected to each other with a rope passing through a pulley with radius R and moment of inertia I. The kinetic friction coefficient on left side is 4 = acceleration a = 4 m/s. (Both inclined planes have 45°) 0.01. If the system is moving to right with an a) (5 Pts.) Draw the free body diagrams of the bodies and the pulley. b) (10 Pts.) Find the tensions T1 and T2. c) (10 Pts.) Find the moment of inertia I. (g =10 m/s) I 450

Jun 11, 2022
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