3. A cone has a mass of 100.0 g and is 15.0 cm in diameter at the base. Its axis of rotation runs vertically from the base to the top point. A 25.0 g mass is attached to a string and wound around the cone where
the radius is 5.00 cm.
a. Find the time it takes for the mass to fall 1.00 m
b. Find the Angular Momentum of the cone when the mass hits the ground.
c. what mass would be required for the fall to be 1.50 seconds?
d. what is the angular momentum of the cone when the mass hits the ground?
