10. Conservation of Energy

For a simple pendulum swinging back and forth, at which point(s) does the pendulum bob have the greatest gravitational potential energy?

6) Which of the following formulas is used to find gravitational potential energy?

Which of the following is not an example of $\mathrm{gravitational} \mathrm{potential} \mathrm{energy}$?

Which of the following is a form of gravitational potential energy?

A thin ring of mass $M$ and radius $R$ lies in the $xy$-plane, centered at the origin. What is the gravitational potential $V\left(z\right)$ at a point on the $z$-axis, a distance $z$ from the center of the ring?

Which of the following is not a form of potential energy?

Which of the following formulas correctly calculates the gravitational potential energy of an object of mass $m$ at height $h$ above the Earth's surface, where $g$ is the acceleration due to gravity?

Which type of energy is stored in an object due to its height above the $E’arth$'s surface?

Which of the following formulas is used to find gravitational potential energy?

A pendulum has a gravitational potential energy of $100 J$. At which position is this potential energy most likely to be found?

Which of these is a type of potential energy?

Which of the following is an example in which $KE$ (kinetic energy) is converted to $U_g$ (gravitational potential energy)?

An object of mass $m$ is placed at different heights above the ground. In which position would the object have a greater amount of gravitational potential energy?

In the context of gravitational potential energy, where is the potential energy of a roller coaster the lowest?

Which of the following formulas is used to find gravitational potential energy?