Question

according to newtons second law for rotational motion, an objects angular acceleration equals the _____.
a) net torque multiplied by the moment of inertia
b) net moment of inertia divided by the net torque
c) net torque divided by the moment of inertia
d) net torque added to the moment of inertia

Explanation:

Newton's second law for rotational motion is expressed as $\tau_{net} = I\alpha$, where $\tau_{net}$ is net torque, $I$ is moment of inertia, and $\alpha$ is angular acceleration. Rearranging this formula to solve for angular acceleration gives $\alpha = \frac{\tau_{net}}{I}$.

Answer:

C) net torque divided by the moment of inertia