Two identical masses are hung from two different flywheels that are initially stationary. Flywheel B is a uniform disc. Flywheel A has less mass than flywheel B and its mass is distributed in a uniform ring that is attached to the center by spokes of negligible mass. Refer to the figure. The masses are released from rest and allowed to fall from the same height above the floor. Which is the correct statement about the flywheel's angular accelerations? The angular acceleration of the two flywheels is different but it is impossible to tell which is greater. There's not enough information to determine which angular acceleration is greater. The angular acceleration of flywheel B is greater. The angular accelerations of the two flywheels are equal. The angular acceleration of flywheel A is greater. Submit Hint Feedback A I give up! m m B

Two identical masses are hung from two different flywheels that are initially stationary. Flywheel B is a uniform disc. Flywheel A has less mass than flywheel B and its mass is distributed in a uniform ring that is attached to the center by spokes of negligible mass. Refer to the figure. The masses are released from rest and allowed to fall from the same height above the floor. Which is the correct statement about the flywheel's angular accelerations? The angular acceleration of the two flywheels is different but it is impossible to tell which is greater. There's not enough information to determine which angular acceleration is greater. The angular acceleration of flywheel B is greater. The angular accelerations of the two flywheels are equal. The angular acceleration of flywheel A is greater. Submit Hint Feedback A I give up! m m B