Gravitational and Angular Concepts

Net torque is equal to angular acceleration.

Net torque is unrelated to angular acceleration.

Net torque is directly proportional to angular acceleration.

Net torque is inversely proportional to angular acceleration.

It doubles the angular acceleration.

It increases angular acceleration.

It decreases angular acceleration.

It has no effect on angular acceleration.

Causing objects to rotate around an axis.

Decreasing the speed of an object.

Causing objects to move in a straight line.

Increasing the mass of an object.

The radius of the object.

The speed of the object.

The distance from the pivot point.

The mass of the object.

It is converted entirely into potential energy.

It is converted into both translational and rotational kinetic energy.

It is lost as heat.

It remains constant.

Angular momentum increases.

Angular momentum decreases.

Angular momentum remains constant.

Angular momentum is converted to linear momentum.

kg * m/s^2

kg * m^2/s

kg * m/s

kg * m^2/s^2

The distance between the centers of two masses.

The gravitational constant.

The mass of the planet.

The radius of the planet.

Using the equation -G * (m1 * m2) / R.

Using the equation G * (m1 * m2) / R^2.

Using the equation G * (m1 * m2) * R.

Using the equation MGH.

It is equal to the difference of their masses.

It is equal to the product of their masses multiplied by the distance between them.

It is equal to the product of their masses divided by the square of the distance between them.

It is equal to the sum of their masses.