Rotation in AP Physics C: Mechanics

There will be no change in angular velocity of the merry-go-round, but the center of mass shifts in the opposite direction to the remaining child.

The merry-go-round will begin to rotate in the opposite direction with the remaining child.

The merry-go-round will rotate in the same direction in which the child jumped off.

The merry-go-round will remain stationary due to balanced torque.

Increased rotation of the rotor leads to faster precession due to incorrect gyroscopic coupling effects.

Energy within the system spontaneously converts forms, enabling accelerated precessional movement despite the lack of external influences.

Mass of the rotor redistributed such that its moment of inertia changes, thereby altering natural precessional behavior.

External vibrations transmitted through the support structure modify inherent frequencies, invoking chaotic phenomena leading to increased rates of precession.

The object will begin moving in circular motion.

The object will gradually come to a stop.

The object will accelerate uniformly in a straight line.

The object will maintain its state of rest or uniform straight-line motion.

Linear distance

Angular displacement

Torque

Moment of inertia

She begins rotating in the opposite direction.

Her rotational speed increases.

Her rotational speed remains unchanged.

Her rotational speed decreases.

Tangential Acceleration

Angular momentum

Centripetal Acceleration

Angular acceleration

Submerging the body in various fluids and recording velocity to study drag effects on rotation.

Dropping the body from different heights and measuring impact times to infer changes in rotational inertia.

Mounting the body on frictionless bearings and measuring its angular acceleration as different known torques are applied.

Attaching massless strings at varying radii and measuring tensile force during uniform circular motion.

It decreases.

It remains constant.

It changes direction.

It increases.

Translational kinetic energy

Rotational kinetic energy

Elastic energy

Potential energy

Constant positive

Increasing steadily

Zero

Constant negative