Is it possible to understand the Gyroscope Effect Intuitively?
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❤ HERE IS YOUR ANSWER ❤
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A stationary wheel, with its axis tied only at one end, falls down, but a rotating wheel, with its axis tied only at one end, doesn't fall down. The explanation given everywhere is by the understanding of Torque and Angular Momentum, which is totally mathematical.
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❤HOPE IT HELPS YOU❤
✨-----------------------------------------------------✨
✨-----------------------------------------------------✨
⭐
A stationary wheel, with its axis tied only at one end, falls down, but a rotating wheel, with its axis tied only at one end, doesn't fall down. The explanation given everywhere is by the understanding of Torque and Angular Momentum, which is totally mathematical.
✨-----------------------------------------------------✨
✨-----------------------------------------------------✨
❤HOPE IT HELPS YOU❤
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Yes, there is a way to understand the gyroscopic effect intuitively.
In an answer here on stackexchange that I wrote in 2012 I presented a discussion of gyroscopic precession, (the explanation is illustrated with two pictures.)
This dicussion does not invoke mathematical concepts. Also, the concept of angular momentum vector is not invoked.
The discussion in that answer is an abbreviated version of a discussion that is on my own website.
In an answer here on stackexchange that I wrote in 2012 I presented a discussion of gyroscopic precession, (the explanation is illustrated with two pictures.)
This dicussion does not invoke mathematical concepts. Also, the concept of angular momentum vector is not invoked.
The discussion in that answer is an abbreviated version of a discussion that is on my own website.
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