Energy changes in a system GapFill

A system stores energy in a variety of different ways. When the system changes, this energy is transferred between stores. Energy can be transferred by heating or  reducing powerraising efficiencycoolingconservationpotentialsdoing work. Energy is measured in  newtonsampsvoltsjouleskilogramswatts.
The energy stored by an object due to its motion is called  thermal energygravitational potential energychemical energypotential energykinetic energyelastic potential energy.
The energy stored by an object due to its having been deformed is called  kinetic energyelastic potential energychemical energythermal energypotential energygravitational potential energy.
The energy stored by an object due to its position in a gravitational field is called  gravitational potential energychemical energythermal energykinetic energyelastic potential energypotential energy.
The energy stored by an object due to its temperature is called  thermal energychemical energyelastic potential energykinetic energypotential energygravitational potential energy. The energy required to raise the temperature of a 1 kg objectby 1 °C is called its  specific latent heatpower ratingefficiencyheat coefficientthermal conductivityspecific heat capacity.
The rate at which an energy transfer happens, given by energy transferred ÷ time, is called the  voltagespeedratecurrentpowerefficiency of the transfer, and this is measured in  kilogramsjouleswattsvoltsampsnewtons.