Posted by **emily** on Monday, November 1, 2010 at 7:03pm.

Suppose there is a circular metal disk spinning at a constant angular velocity. Now imagine near to, but not in contact with the first disk, there is an identical metal disk spinning at the same angular velocity but in the opposite direction (ie. W1 = -w2) and the surfaces are parallel to one another. What is the total angular momentum? (ignore friction)

## Answer this Question

## Related Questions

- Physics-- Please Help!! - Suppose there is a circular metal disk spinning at a ...
- physics - Suppose I have a circular metal disk spinning at a constant angular ...
- Physics - Suppose I have a circular metal disk spinning at a constant angular ...
- physics - Suppose I have a circular metal disk spinning at a constant angular ...
- Physics (help) - A solid disk 1 with radius R1 is spinning freely about a ...
- Physics - A disk at rest experiences a constant angular acceleration for t = 85 ...
- physics - A disk of mass m is spinning freely at 6.22 rad/s when a second disk ...
- Physics Classical Mechanics - A solid disk 1 with radius R1 is spinning freely ...
- Physics - Someone please help me! I've been stuck on this problem for a while ...
- physics - There are two spinning disks A and B arranged so that they initially ...

More Related Questions