Kindly solve me this problem number 2 complete (part a,b and c) with steps. Thanks Problem 2- Inclined planes and frictionTwo boxes of masses ma and mg lie on a wedge and are connected by a massless cord going through a massless pulley, as shown in the figure.The angles of the inclined planes with respect to the horizontal are, respectively, 8, and eg. The coefficient of static friction between theboxes and the two planes is us. (a) Find formulas for the minimum and maximum values of mB/ma such that the two boxes remain stationary;also, find the critical value of l, such that box B will never slide down the incline. (b) Assuming ma/ma larger than the maximum value foundin (a), and coefficient of kinetic friction uk, find a formula for the acceleration of the two boxes in terms of the two angles, the two massesand the coefficient of kinetic friction. (c) For case b, find a formula for the tension force. This problem must be solved symbolically, no need to substitute numbers.Problem 3- Bullet, conservation of angular momentum and physical pendulumA uniform rod of length L and mass M is pivoted at distance L/4 from its upper edge. At time t<0, the rod is at rest, with its axis along the vertical (angle 8 = 0). A bulletwith mass m and velocity v travels along the horizontal direction and, at time t=0, collides against the rod at distance L/2 from its lower edge. After this completely inelasticcollision the bullet is embedded inside the rod (a) Find the angular velocity of the rod+bullet immediately after the collision: (b) Use the work-energy princinle for a rigid

Name: Kindly solve me this problem number 2 complete (part a,b and c) with s
Uploaded: 2024-03-05T11:56:34.000Z
Channel: Bartleby
Description: Kindly solve me this problem number 2 complete (part a,b and c) with steps. Thanks Problem 2- Inclined planes and frictionTwo boxes of masses ma and mg lie on a wedge and are connected by a massless cord going through a massless pulley, as shown in t