Chemical energy can be "used" (ie changed from one form to another) through a chemical reaction.
Energy may be released in many forms, including heat.
The blackberry is decomposed and its chemical energy is used for energy in the bear.
It is stored in the body as fat.
When chemical energy is not used in a car, it is typically stored in the car's fuel tank until it is needed. The chemical energy is converted into kinetic energy to propel the car forward when the engine is running. If the car is not being used, the chemical energy remains stored in the fuel until the engine is activated again.
When you eat an apple, the potential energy stored in the food is converted into chemical energy through digestion. This chemical energy is then used by your body for various functions such as cell growth, repair, and movement.
No; the energy used from uranium is usually nuclearenergy, not chemical energy.No; the energy used from uranium is usually nuclear energy, not chemical energy.No; the energy used from uranium is usually nuclear energy, not chemical energy.No; the energy used from uranium is usually nuclear energy, not chemical energy.
energy is released
When energy is used, it is converted from one form to another. For example, when a car runs, the chemical energy in the gasoline is converted to kinetic energy to move the car. Some of the energy is dissipated as heat during the conversion process.
it changes into chemical energy by plant
The electrical energy provides power. When the chemical energy is depleted, the battery will not longer generate electrical energy.
Chemical energy in firewood can be used to heat a home or fuel a campfire. The chemical energy is gasoline is used in vehicles. Chemical energy in oil is used to heat buildings. Chemical energy in foods are used by the body.
The chemical energy of the battery in your toothbrush is turned into radiant energy (heat), and kinetic energy (movement).
During a chemical reaction, energy is either absorbed or released. If energy is released, it is usually in the form of heat. If energy is absorbed, the reaction requires an external energy source to proceed.