The massive pully has moment of inertia = '/2MR?. Calculate the downward acceleration of the hanging mass (as a positive number, in m/s²). • M= 700 grams • m = 90 grams • R= 2 cm M , R m

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The massive pully has moment of inertia I = 1/2MR?. Calculate the downward
acceleration of the hanging mass (as a positive number, in m/s²).
• M= 700 grams
• m = 90 grams
• R = 2 cm
M,R
m
Transcribed Image Text:The massive pully has moment of inertia I = 1/2MR?. Calculate the downward acceleration of the hanging mass (as a positive number, in m/s²). • M= 700 grams • m = 90 grams • R = 2 cm M,R m
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