Picking up the box gives it kinetic energy. When the box is sitting on the shelf, it has potential energy.
The energy that is used by you to compress the spring to close the box is stored in the spring until some one opens the box and releases the energy in the spring.
the box when it is inclined will have greatest potential energy on the top corners only.
A calorimeter. Basically you burn food inside a box and then measure the energy you get out of it. You have to make sure that the energy does not get out of the box
Potential chemical energy
Solar energy
Picking up the box gives it kinetic energy. When the box is sitting on the shelf, it has potential energy.
The energy that is used by you to compress the spring to close the box is stored in the spring until some one opens the box and releases the energy in the spring.
the box when it is inclined will have greatest potential energy on the top corners only.
A calorimeter. Basically you burn food inside a box and then measure the energy you get out of it. You have to make sure that the energy does not get out of the box
Potential chemical energy
This box has potential energy of 98 Joules.
The most energy efficient lighing is florescent lighting; it takes less power and energy to turn on. CFL lightbulbs are also very energy efficient and would save a lot of money. They will have an energy saver sign on the box if you are not sure. A fixture that has an energy star approved logo on the item would be the most efficient and use the least amount of energy possible. Also using energy efficient light bulbs will improve the efficiency.
energy transfers through a jack in the box by when you turn the handle you are transferring energy into the spring and the more yu turn the handle the more energy that is being transferred to the spring to make it wotk.
A box of matches on a high shelf has gravitational potential energy.A box of matches falling from the high shelf has kinetic energy.A box of matches on fire has heat, sound and light energy.A box of matches on its own has chemical potential energy.
Are you referring to the biological energy transformations involved in the body of a person actually lifting a box? Or are you referring to the act of imbuing an inanimate object with potential kinetic energy? If it is the latter; You are investing Potential Kinetic Energy in the box when you put it up on a shelf. If your body were 100% efficient, it should have expendeded as much energy in raising the box as the box then possesses. Because the box can fall, it will have the potential to transform its potential kinetic energy into actual kinetic energy, by virtue of its mass and velocity. It could do work, like falling on a lever which propelled a weight up a column and rang a bell on the top. If it is the former... I don't know.
No. A spring has ANOTHER kind of potential energy.