bearings, each of weight w and radius r, are placed inside a cylinder open at both ends. The assembly rests on a horizontal surface as shown in Figure P-3-4.12. If the cylinder is of weight W and radius R <2, find (a) the force exerted by either ball bearing on the cylinder, (b) the smallest value of W that will prevent the cylinder from tipping over. (c) Could the cylinder poss
bearings, each of weight w and radius r, are placed inside a cylinder open at both ends. The assembly rests on a horizontal surface as shown in Figure P-3-4.12. If the cylinder is of weight W and radius R <2, find (a) the force exerted by either ball bearing on the cylinder, (b) the smallest value of W that will prevent the cylinder from tipping over. (c) Could the cylinder poss
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Two smooth ball bearings, each of weight w and radius r, are placed inside a cylinder open at both ends. The assembly rests on a horizontal surface as shown in Figure P-3-4.12. If the cylinder is of weight W and radius R <2, find (a) the force exerted by either ball bearing on the cylinder, (b) the smallest value of W that will prevent the cylinder from tipping over. (c) Could the cylinder possibly tip if it were closed at the bottom?

Transcribed Image Text:2R
Figure P-3-4.12
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