Question

what if a gyroscope was a Mobius loop in rotation, would it precess in a traditional manner? What if you lined the outer rim of a gyroscope with a plurality of strong magnets, all spinning the same way outwards? What would happen next?

Answer 1

A gyroscope precesses around a vertical axis when a torque is applied perpendicular to its angular momentum. The shape of the gyroscope does not affect its precession. The presence of magnets on the outer rim of a gyroscope does not affect its precession.

Step-by-step explanation:

A gyroscope precesses around a vertical axis when a torque is applied perpendicular to its angular momentum. If the gyroscope is not spinning, it will fall over due to the torque acting on its center of mass. The precession of a gyroscope is a well-studied phenomenon in physics.

If a gyroscope was a Mobius loop in rotation, it would still precess in a traditional manner as long as the torque is applied perpendicular to its angular momentum. The shape of the gyroscope does not affect its precession.

If the outer rim of a gyroscope is lined with a plurality of strong magnets, all spinning the same way outwards, it would not affect the precession of the gyroscope. The precession is determined by the torque applied to the gyroscope, not the presence of magnets on the outer rim.