Question

The photo shows a pair of figure skaters performing a spin maneuver. The

axis of rotation goes through the left foot of the skater on the left. What

change could the pair make that would result in no change to their angular

velocity?

Answer 1

To maintain the same angular velocity, the skaters can change the distribution of their masses while spinning. By shifting their positions, they can maintain the same angular momentum even if their angular velocities change.

Step-by-step explanation:

To have no change in angular velocity, the pair of figure skaters could change the distribution of their masses while spinning. By shifting their positions, they can maintain the same angular momentum even if their angular velocities change. For example, if the figure skater on the left moves closer to the axis of rotation and the figure skater on the right moves farther from the axis, their angular velocities can change but their total angular momentum would remain constant.