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There are two concentric cylinders of mass 10 kg and 20 kg respectively whose radii are (r = 20cm; R = 30cm). Determine the mass M of the suspended block if you want the M block to acquire an acceleration of 0.6 m / s2 downward when the system is released from rest.

There are two concentric cylinders of mass 10 kg and 20 kg respectively whose radii are (r = 20cm; R = 30cm). Determine the mass M of the suspended block if you want the M block to acquire an acceleration of 0.6 m / s2 downward when the system is released from rest.

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There are two concentric cylinders of mass 10 kg and 20 kg respectively whose radii are (r = 20cm; R = 30cm). Determine the mass M of the suspended block if you want the M block to acquire an acceleration of 0.6 m / s2 downward when the system is released from rest.

There are two concentric cylinders of mass 10 kg and 20 kg respectively whose radii are (r = 20cm; R = 30cm). Determine the mass M of the suspended block if you want the M block to acquire an acceleration of 0.6 m the system is released from rest. s2 downward when M 30° O 7,029 kg O 8,029 kg O 9,029 kg O 10,029 kg
Transcribed Image Text:There are two concentric cylinders of mass 10 kg and 20 kg respectively whose radii are (r = 20cm; R = 30cm). Determine the mass M of the suspended block if you want the M block to acquire an acceleration of 0.6 m the system is released from rest. s2 downward when M 30° O 7,029 kg O 8,029 kg O 9,029 kg O 10,029 kg
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