Burning of coal, oil or wood, discharging of a battery.
An example of radiant energy being converted to chemical energy is photosynthesis in plants. During this process, plants use sunlight (radiant energy) to convert carbon dioxide and water into glucose (chemical energy), which is stored and used as a source of energy for the plant.
I'll give an example just to get the main idea... somehow. We eat food to get energy. There are many types of energy (includes kinetic and potential energy). Food contains chemical energy and we digest food. As we digest the food, the chemical energy is being taken by our body. The chemical energy is then stored. When we move, the chemical energy will be transfer into mechanical energy that will produce heat energy as a by-product.
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Heat energy is directly related to chemical interactions. As heat energy increases, chemical interactions also will due to the increased kinetic energy and therefore interactions of particles.
Potential energy: a stretched rubber band and a book sitting on a shelf. Kinetic energy: a moving car and a swinging pendulum. Thermal energy: a boiling kettle and a hot cup of coffee. Chemical energy: gasoline in a car tank and food being digested in the body. Electrical energy: lightning during a storm and a charged battery. Nuclear energy: power from a nuclear power plant and energy from the sun.
Electrical energy can be converted to light. In addition, nuclear energy as in a nuclear weapon will give off a blinding flash of light. Also, using fireflies as an example, chemical reactions can also give off light energy.
An example of radiant energy being converted to chemical energy is photosynthesis in plants. During this process, plants use sunlight (radiant energy) to convert carbon dioxide and water into glucose (chemical energy), which is stored and used as a source of energy for the plant.
during photosynthisis SOLAR energy is the type of energy which plants turn into chemical energy
Charcoal and Gasoline are both examples of chemical energy.
electrical, chemical, heat, and light energy
Mechanical energy is supplied to a generator from an engine, a steam turbine for example, and converted to electrical energy
During photosynthesis, light energy is converted into chemical energy in the form of glucose. This process involves the transformation of electromagnetic energy (light) into chemical energy stored in the bonds of glucose molecules.
Any of the wasted energy that is not converted to light will be converted to heat.Any of the wasted energy that is not converted to light will be converted to heat.Any of the wasted energy that is not converted to light will be converted to heat.Any of the wasted energy that is not converted to light will be converted to heat.
I'll give an example just to get the main idea... somehow. We eat food to get energy. There are many types of energy (includes kinetic and potential energy). Food contains chemical energy and we digest food. As we digest the food, the chemical energy is being taken by our body. The chemical energy is then stored. When we move, the chemical energy will be transfer into mechanical energy that will produce heat energy as a by-product.
An example of the conversion of chemical energy to thermal energy is when wood is burned in a fireplace, releasing heat. The thermal energy can then be converted to radiant energy when the hot coals emit light and heat energy in the form of infrared radiation. Another example is the process of incandescent light bulbs converting electrical energy (which is typically generated from chemical sources) into thermal energy and then radiant energy in the form of visible light.
energy can be transformed by using it to power another object that uses energy. e.g. electric stove to make food hot (thermal energy) using sunlight (solar energy) to grow plants (give you energy) ect.
I would actually describe the energy as chemical, as the energy is being used to hold the chemical bonds of the hydrocarbons together. But it is certainly not kinetic, so give these two choices the answer is potential. It is potential energy waiting for a chemical reaction.