Precession Period of A Gyroscope?

AI Thread Summary
The discussion focuses on calculating the precession period of a gyroscope, emphasizing the importance of parameters such as diameter, spinning frequency, weight, and gravitational acceleration. A formula for the precession period is suggested to be available in classical mechanics literature and Wikipedia. There is a debate about the relevance of the distance to the Sun in the calculations. The conversation highlights the need for clarity on how to apply these formulas effectively in a geodesy lab context. Understanding these principles is crucial for accurate gyroscopic measurements.
sarrmir
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Hi I am doing my geodesy lab and don't really know how to calculate period of gyro?



How the Precession Period of A Gyroscope is calculated?
given D= diameter of gyro, f= spinng freq w= weight , g =9.8 and distance d= distance between center of gyro and for example Sun

Assumption: mass of the gyro is at the circumference
 
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The Wikipedia article (and every book about classical mechanics) has formulas.
I don't think the sun is relevant.
 
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