A gyroscope consisting of a cylinder (R 2.5 cm) with a massless central axle of length, f 10 cm, is rotating as a top at 1000 rpm on a level surface. The axle is inclined at an angle, o, from the vertical. What is the precession rate?
A gyroscope consisting of a cylinder (R 2.5 cm) with a massless central axle of length, f 10 cm, is rotating as a top at 1000 rpm on a level surface. The axle is inclined at an angle, o, from the vertical. What is the precession rate?
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Transcribed Image Text:A gyroscope consisting of a cylinder (R 2.5 cm) with a massless central axle of
length, 10 cm, is rotating as a top at 1000 rpm on a level surface. The axle is
inclined at an angle, o. from the vertical. What is the precession rate?
Transcribed Image Text:Find the force on a point mass. m. a distance. r= 1.5R, away from a uniform sphere
of radius, R. with a spherical hollow cavity of radius. R/2 (see figure). The mass of
the sphere without the cavity would be M.
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