Kinetic energy is the movement of molecules through a time constrained gradient. Since time flows unevenly through most mediums, it makes it virtually impossible for a super cell to maintain the resistance necessary to store this energy in its' passive state. However, the work done by the kinetic energy provides enough power to be utilized efficiently by the super cell.
A combustion engine, such as a car engine, would convert chemical energy from fuel into kinetic energy to propel the vehicle forward.
Fuel is a form of potential energy stored in chemical bonds. When the fuel is burned, its chemical potential energy is converted into thermal energy and then into kinetic energy to power an engine or device.
Potential
If there is fuel in the tank then it has chemical energy in that fuel. If it is moving it has kinetic energy. If it is at the top of a hill then it has gravitational potential energy.
KINETIC 🤫
A train has mechanical energy in the form of kinetic energy as it moves. This kinetic energy comes from the conversion of potential energy stored in the fuel it burns to power its engine.
To convert stored energy in a fuel, into motion. Potential energy into kinetic energy.
Energy is not a fuel itself, but fuel is a source of energy. Fuel is a material that stores potential energy and can be transformed into other forms of energy such as heat, electricity, or kinetic energy.
The major conversions are chemical energy in the fuel to heat energy in the cylinders to kinetic energy of the car. Other changes involved include chemical energy in the driver's food to kinetic energy in his muscles to operate the pump, and electrical energy in the pump to kinetic energy of the fuel as it flows into the car.
Potential
potential it burns creating the energy from the breaking of its bonds
Many engines do this conversion. For example, the engines commonly found in cars convert the chemical energy first to heat (by burning it), then convert part of this heat into movement (kinetic energy).