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D' ALEMBERT'S PRINCIPLE| PROBLEM SOLVING #3| ENGINEERING MECHANICS

2.7K views
May 22, 2020
5:55

Hey Guys!!! This is Zainali and I am back with a new tutorial in which we would be solving a problem using D' Alembert's principle. PROBLEM STATEMENT: Find the maximum and minimum tensions in the rope and the acceleration of the two masses as shown in Fig. Coefficient of friction between mass A and the horizontal surface is 0.2 and that between the rope and pulley is 0.18. Watch the complete playlist regarding Engineering Mechanics: https://www.youtube.com/watch?v=S9nQeCylD28&list=PLSctuHX5brnUimDKgN2HYljHF-mtwprc6 I have tried my best to explain the above mentioned problem. Do Support us by just clicking the SUBSCRIBE icon and if you have learnt anything from this video do click on LIKE button and don't forget to SHARE this video.. Do help us for growing You tube channel by just clicking on SUBSCRIBE icon.

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D' ALEMBERT'S PRINCIPLE| PROBLEM SOLVING #3| ENGINEERING MECHANICS | NatokHD