where D is the diameter of the cylinder and h is its height.
A cylinder rests on a horizontal rotating disc, as shown in the figure. Find at what angular velocity, ω, the cylinder falls of the disc, if the distance between the axes of the disc and cylinder is R, and the coefficient of friction μ>D/h, where D is the diameter of the cylinder and h is its height.
25
Sep
A cylinder rests on a horizontal rotating disc, as shown in the figure. Find at what angular velocity, ω, the cylinder falls of the disc, if the distance between the axes of the disc and cylinder is R, and the coefficient of friction μ>D/h, where D is the diameter of the cylinder and h is [...]
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A cylinder rests on a horizontal rotating disc ,
and the coefficient of friction μ>D/h ,
as shown in the figure. Find at what angular velocity ,
if the distance between the axes of the disc and cylinder is R ,
the cylinder falls of the disc ,
where D is the diameter of the cylinder and h is its height. ,
ω ,