In the mechanism shown in the figure, a torque T2 is applied counterclockwise on limb 2...

  

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In the mechanism shown in the figure, a torque T2 is applied counterclockwise on limb 2 and a force P at point D on limb 4. For the mechanism to be statically balanced, find the torque T2 that must be applied to limb 2 and the reaction forces that will occur at each joint using the Matrix Method. AB=540mm BD-1400mm, AC-900mm, BC=600mm 6 Life NOTE: First, the required limb angles will be found, then free body diagrams will be drawn for the mechanism, the equations of motion will be written in matrix form and the desired ones will be calculated with the Matrix solution using the program. F56 and F65 forces will not be taken wwwwww wwwwwwwwwwwwww wwwwww P=1000N| In the mechanism shown in the figure, a torque T2 is applied counterclockwise on limb 2 and a force P at point D on limb 4. For the mechanism to be statically balanced, find the torque T2 that must be applied to limb 2 and the reaction forces that will occur at each joint using the Matrix Method. AB=540mm BD-1400mm, AC-900mm, BC=600mm 6 Life NOTE: First, the required limb angles will be found, then free body diagrams will be drawn for the mechanism, the equations of motion will be written in matrix form and the desired ones will be calculated with the Matrix solution using the program. F56 and F65 forces will not be taken wwwwww wwwwwwwwwwwwww wwwwww P=1000N|

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To solve the problem using the Matrix Method we will follow these steps Step 1 Determine the limb an... View the full answer