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System contains 3 branches in parallel. Branch 1 holds unit 1&2 in s.pdf
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System Dynamics 3rd Edition - CH4 - P17I understand how to get the.pdf
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System Dynamics 3rd Edition - CH4 - P17 I understand how to get the equations relating mx(double dot) to the sum of forces for each of the two masses, but I do not know what the final form of the equations of motion should be. Also, how does the problem change in part b when there is an angle? Do I need to take into account a normal force? Thanks Solution Applying Newton.
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System Dynamics 3rd Edition - CH4 - P17I understand how to get the.pdf
- System Dynamics 3rd Edition - CH4 - P17 I understand how to get the equations relating mx(double dot) to the sum of forces for each of the two masses, but I do not know what the final form of the equations of motion should be. Also, how does the problem change in part b when there is an angle? Do I need to take into account a normal force? Thanks Solution Applying Newton
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