4.51 A bar OA with mass m and length R, is welded at its end point...
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4.51 A bar OA with mass m and length R, is welded at its end point A like a spoke to a light wheel with a radius R. The other spokes are light. The wheel is placed in a vertical plane with the spoke horizontal on a rough horizontal plane and kept at rest with a wire BC. Determine the angular acceleration immediately after cutting the wire. Also determine for this moment the contact force between the wheel and the R horizontal plane. You have to draw the free body diagram and kinematic diagram of the figure. Set up the torque equation with respect to G, o and the force equation in component form. You must solve the task in this way, otherwise the solution is incorrect. Solution: force equation x-direction y-direction z-direction UG, O or C: 13 The answaer of the question is: Ö = " ; f = mg; N = "mg 8R 16 Please explain your answer very well and make sure you get everything right. If you give me a full response (explaining everything and correctly) I 4.51 A bar OA with mass m and length R, is welded at its end point A like a spoke to a light wheel with a radius R. The other spokes are light. The wheel is placed in a vertical plane with the spoke horizontal on a rough horizontal plane and kept at rest with a wire BC. Determine the angular acceleration immediately after cutting the wire. Also determine for this moment the contact force between the wheel and the R horizontal plane. You have to draw the free body diagram and kinematic diagram of the figure. Set up the torque equation with respect to G, o and the force equation in component form. You must solve the task in this way, otherwise the solution is incorrect. Solution: force equation x-direction y-direction z-direction UG, O or C: 13 The answaer of the question is: Ö = " ; f = mg; N = "mg 8R 16 Please explain your answer very well and make sure you get everything right. If you give me a full response (explaining everything and correctly) I
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Related Book For
Vector Mechanics for Engineers Statics and Dynamics
ISBN: 978-0073212227
8th Edition
Authors: Ferdinand Beer, E. Russell Johnston, Jr., Elliot Eisenberg, William Clausen, David Mazurek, Phillip Cornwell
Posted Date:
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