moving 23. (25 pts.) Consider the system shown to the right, where F = 60.00 N, mi = 8.00 kg, m2 = 25.00 kg, lg = 0.850

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Moving 23 25 Pts Consider The System Shown To The Right Where F 60 00 N Mi 8 00 Kg M2 25 00 Kg Lg 0 850 1 (369.48 KiB) Viewed 41 times

please write all the steps with the variables, and at the end plug in values. Also please use r1 and r2 for the radius so i can also apply this concept in case the pulleys have different radius or masses( mass pulley 1=mp1 etc .... I'll give full rate ... thank you
moving 23. (25 pts.) Consider the system shown to the right, where F = 60.00 N, mi = 8.00 kg, m2 = 25.00 kg, lg = 0.850 and k = 0.400. Assume m, is moving to the right and that the pulleys are massless and frictionless. F = 6 m, = 8 (a) Assuming the pulleys are massless and frictionless... (i) Draw a FBD for each mass and the pulley connected to me, called Pulley 2. (m2 is connected to Pulley 2 by a string!) (ii) Find the acceleration of each mass and the tension in each string (b) Assuming the pulleys each have a mass of 0.500 kg and a radius of 10.00 cm but are still frictionless... (i) Draw a FBD for each mass and the pulley connected to m2, called Pulley 2. (m2 is connected to Pulley 2 by a string!) (ii) Find the acceleration of each mass and the tension in each string. Write egns to find acceloration and tension ma Mua در