Fat.
The energy stays stored as potential energy until it is discharged into another form of energy.
Depends on how big it is (button cell, car battery?) and on its chemical type.
Yes. The metal can be heated up so that it contains thermal energy. If it's perfectly insulated the energy will stay there until it's released. The amount of energy is mass tes temperature rise times specific heat which is a property of each metal.
"Stored" is another form of potential energy. You can burn the food to release the potential energy. It is potential, because the food is not a source of kinetic energy until it is in a food fight.
Perhaps if you throw them. But batteries are normally used for their ability to store CHEMICAL energy.
The type of energy that is stored in food is called chemical potential energy.. This energy is stored until it is ready to be used.
The energy stays stored as potential energy until it is discharged into another form of energy.
Depends on how big it is (button cell, car battery?) and on its chemical type.
It is in movement
Mitochondria
Mitochondria
Yes. The metal can be heated up so that it contains thermal energy. If it's perfectly insulated the energy will stay there until it's released. The amount of energy is mass tes temperature rise times specific heat which is a property of each metal.
"Stored" is another form of potential energy. You can burn the food to release the potential energy. It is potential, because the food is not a source of kinetic energy until it is in a food fight.
It stores energy until a cell needs it. The ATP is an example of chemical potential energy because it stores energy. This energy is stored until cells are in need.
Perhaps if you throw them. But batteries are normally used for their ability to store CHEMICAL energy.
The sugar made during photosynthesis is important to both plants and animals because it is a source of energy. Sugar is stored in plants or the bodies of animals until it is needed and then converted to an energy.
It really depends on the type of potential energy, but basically, just keeping an object in a high energy position, against some force, will store the potential energy. For example, water has more potential energy when it is in a higher position; typically it would be kept in a high position by a dam, until the energy is needed.