Find the maximum force F (lb) that you can apply to A without causing B to slip on top of A. In other words, find the mi

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Find The Maximum Force F Lb That You Can Apply To A Without Causing B To Slip On Top Of A In Other Words Find The Mi 1 (76.56 KiB) Viewed 39 times

Find the maximum force F (lb) that you can apply to A without causing B to slip on top of A. In other words, find the minimum force F (lb) required to cause B to slip on top of A. See, the two seemingly opposite words "maximum" and "minimum" actually mean the same thing. Hint: B is about to slip, but not yet. The friction force has reached its maximum. Isolate B first to find the acceleration. After that, take (A+B) bundle and do F=ma to find F. O 32.2 08 O 10 O 7.5 O 24 O 8.59 O 30 O 12.88 F B соль A - Ms=0.8 MK=0.75 2016