- M 8 36 Kg R 2 11 M M1 12 1 Kg M2 5 33 Kg I 1 2 Mr2 E M M 1 Angular Acceleration Of The Cylinder 2 Angular Di 1 (73.52 KiB) Viewed 33 times
- M= 8.36 kg R = 2.11 m m1= 12.1 kg m2 = 5.33 kg I= 1/2 MR2 E M M 1/ Angular acceleration of the cylinder? 2/ Angular di
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- M= 8.36 kg R = 2.11 m m1= 12.1 kg m2 = 5.33 kg I= 1/2 MR2 E M M 1/ Angular acceleration of the cylinder? 2/ Angular di
- M= 8.36 kg R = 2.11 m m1= 12.1 kg m2 = 5.33 kg I= 1/2 MR2 E M M 1/ Angular acceleration of the cylinder? 2/ Angular displacement (radian) of the pulley 3.5 sec after system released from rest? m2
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