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The cylinder shown is rotating around its axis (the dashed line). If the cylinder is opened from the bottom find the minimum velocity needed for the cylinder to have such that the mass does not fall down. (Radius of cylinder R-4 m, static friction coefficient between block and cylinder wall is u 0.98, M-4 kg). (Use g-9.8 ms) 1. C32 2. c4.5 C5.5 3. C6.3 block 4. C71

The cylinder shown is rotating around its axis (the dashed line). If the cylinder is opened from the bottom find the minimum velocity needed for the cylinder to have such that the mass does not fall down. (Radius of cylinder R-4 m, static friction coefficient between block and cylinder wall is u 0.98, M-4 kg). (Use g-9.8 ms) 1. C32 2. c4.5 C5.5 3. C6.3 block 4. C71

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The cylinder shown is rotating around its axis (the dashed line). If the cylinder is opened from the bottom find the minimum velocity needed for the cylinder to have such that the mass does not fall dovwn. (Radius of cylinder R-4 m, static friction coefficient between block and cylinder wall is u-0.98, M-4 kg). (Use g-9 8 ms 045 3.c5.5 block 5 C71
Transcribed Image Text:The cylinder shown is rotating around its axis (the dashed line). If the cylinder is opened from the bottom find the minimum velocity needed for the cylinder to have such that the mass does not fall dovwn. (Radius of cylinder R-4 m, static friction coefficient between block and cylinder wall is u-0.98, M-4 kg). (Use g-9 8 ms 045 3.c5.5 block 5 C71
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