Added: 3 years ago
From: physicsanimations
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  • I am very happy to see the vidoe after you give this Rotating systems exhibit some behavior that appears strange when we apply our intuition, developed for linear motion

  • I Love The Video It Can Increase My Knowledge Rotating systems exhibit some behavior that appears strange when we apply our intuition, developed for linear motion

  • Steady I Really Like This Video Rotating systems exhibit some behavior that appears strange when we apply our intuition, developed for linear motion.

  • Good, I like that you share this video Rotating systems exhibit some behavior that appears strange when we apply our intuition, developed for linear motion, I wish success always

  • Nice Video That You Share , So Very Nice Thanks You Rotating systems exhibit some behavior that appears strange when we apply our intuition, developed for linear motion.

  • I Really Like The Video From Your Rotating systems exhibit some behavior that appears strange when we apply our intuition, developed for linear motion.

  • Your Video Is Very Useful Sharing Rotating systems exhibit some behavior that appears strange when we apply our intuition, developed for linear motion.

  • Whatup UC Berkeley!!

  • @xxbondsxx What up O'Reilly's class

  • inane?

    

  • @0odagabyo0 devoid of intelligence

  • fake and gay

  • @Fragite What?!! This is not a fake. It is a simple demonstration of how gyroscopes work. Angular momentum tries to point to the torque and, as they always remain at a 90º angle, this moves forever (as long as there is angular velocity).

    What? You don't know what Angular Momentum and Torque are? It doesn't surprise me...

  • @MrPeeepe You do realize that this was a joke? Do you also realize, that, by taking my joke seriously, you have just proved your own extreme stupidity.

  • @Fragite Aren't jokes by definition supposed to be funny?

  • @Fragite You do realize that posting "fake and gay" is inane, right? And by being inane, you have just proved your extreme stupidity?

  • so, if the rotor spins in the opposite direction, does the rotation reverse?

  • @CommitToFocus Yes. Gyroscopic precession moves the imput force 90 degrees with the rotation of the rotor.

  • @CommitToFocus Yes :) If you wanna know how gyroscopes work go to MIT's OpenCouse page and watch lecture 24 in classical mechanics.

  • Comment removed

  • @stevenkDE uhh yeah no. Not even close. So shut it and go learn something.

  • No.

  • I tried to reply but I'm unable to. This is a test.

  • does the rotation change with even more weight?

  • Yes, it does. Gyroscopic precession is described by this formula: momentum of the force is equal to angular velocity times angular momentum

    M = omega * H

    In video above momentum is created by marble (its weight times distance ) so the more it weights the more angular velocity frame has.

  • Very well spoken. It's nice to learn something new every day.

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