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Three objects MI (60 kg), M2 (40 kg) and M3 (80 kg) are connected by pulleys (negligible mass and friction) as shown in Figure Q2(a). A force of 600 N is used to pull object M3, which in turn pull objects M2 and MI. Calculate the tension in the ropes Tị and T2, and acceleration of the system. Given that the coefficient of friction between the surface and objects is 0.43.

Three objects MI (60 kg), M2 (40 kg) and M3 (80 kg) are connected by pulleys (negligible mass and friction) as shown in Figure Q2(a). A force of 600 N is used to pull object M3, which in turn pull objects M2 and MI. Calculate the tension in the ropes Tị and T2, and acceleration of the system. Given that the coefficient of friction between the surface and objects is 0.43.

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Three objects Mi (60 kg), M2 (40 kg) and M3 (80 kg) are connected by pulleys (negligible mass and friction) as shown in Figure Q2(a). A force of 600 N is used to pull object M3, which in turn pull objects M2 and M1. Calculate the tension in the ropes Ti and T2, and acceleration of the system. Given that the coefficient of friction between the surface and objects is 0.43. Mi M2 T2 37° 53° M3
Transcribed Image Text:Three objects Mi (60 kg), M2 (40 kg) and M3 (80 kg) are connected by pulleys (negligible mass and friction) as shown in Figure Q2(a). A force of 600 N is used to pull object M3, which in turn pull objects M2 and M1. Calculate the tension in the ropes Ti and T2, and acceleration of the system. Given that the coefficient of friction between the surface and objects is 0.43. Mi M2 T2 37° 53° M3
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