Does the gyroscopic effect of bicycle wheels keep a bicycle stable? Or is stabil

Question

Does the gyroscopic effect of bicycle wheels keep a bicycle stable? Or is stability the result of something else? Your group’s solution to this problem needs to address the following, at a minimum: How did you determine the answer to the questions? What equations did you need? What values did you use for the variables? How did you determine those values? How does the angular momentum of a bicycle wheel compare to the torque exerted by the rider? Discuss how this supports or contradicts what you see in a typical bicycle wheel gyroscope physics demonstration like the one shown in the video to the left.

https://www.youtube.com/watch?v=vWsuXNi_Vnw (Links to an external site.)

Explanation / Answer

Bicycles are stable because of the gyroscopic effects of the spinning wheel or because of the frot wheel trails Behind the steering axis or both .

If the axis of gyroscope is tilted , it will turn in a different direction . When the bike leans , the gyroscopic effect tends to steer the handlebarsIn the direction ,bring the wheels back under the bicycle .

Gyroscope and trail effects are contribute to self satbility , but they are not the only source

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