Kinetics
This problem is similar to previous problem. However, instead of a concentrated mass, a ring has been put at the tip. For this,
The angular momentum is given by,
Notice that there are two non-zero components in this case.
The kinetic energy can be calculated like in previous example.
Kinetics |
This problem is similar to previous problem. However, instead of a concentrated mass, a ring has been put at the tip. For this,
The angular momentum is given by,
|