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Chemical energy typically comes from the bonds between atoms within molecules. These bonds store energy that can be released during a chemical reaction. This energy ultimately originates from the sun, as it is captured by plants during photosynthesis and stored in the form of chemical bonds in molecules like glucose.
No, an increase in temperature in a chemical reaction does not break the law of conservation of energy. The energy is simply being converted from one form to another – in this case, from chemical potential energy to thermal energy. The total energy before and after the reaction remains the same.
The energy for the grain explosion comes from the dust's minimum explosive concentration (MEC), a measurement of particle size and energy nature. Most explosions occur at grain transfer points.
The sun is the source of the energy found in coal. Plants get energy from the sun through photosynthesis, which drives the chemical reactions that let plants grow and store food. Swamp plants that died millions of years ago were covered over and eventually came under tremendous pressure by being buried under the surface of the earth. This pressure slowly converted them from recognizable plant remains to what we recognize as coal.
Both wood and coal are derived from organic matter that originally came from plants. This organic matter stored energy from the sun through photosynthesis, which is then released when the wood or coal is burned as fuel.
energy came from many different way. like electrical
Chemical energy typically comes from the bonds between atoms within molecules. These bonds store energy that can be released during a chemical reaction. This energy ultimately originates from the sun, as it is captured by plants during photosynthesis and stored in the form of chemical bonds in molecules like glucose.
Cellular or cordless telephone:-- You take electrical energy from a wall-outlet, and use a battery chargerto store it in a battery in the form of chemical energy.-- You stuff the battery into the cell phone, where the chemical energy isconverted to electrical energy to power the phone.Wired telephone (land-line):-- The telephone company takes electrical energy from their wall outlets, anduses battery chargers to store it in batteries in the form of chemical energy.-- They connect the phone lines to their batteries, which release the chemicalenergy in the form of electrical energy, and send it out on the phone lines topower the telephones in homes and offices.TV and radio receivers:-- May use electrical energy straight from the wall outlet.-- May use electrical energy that originally came from the wall outlet and wastemporarily stored in batteries in the form of chemical energy.Are you asking where the energy that was taken out of the wall outlet came from ?There are several possibilities. All of them are used at various places around the country.-- Burn coal, oil, natural, gas, wood, garbage, corn stalks, paper etc. Use thereleased heat energy to boil water. Blow the steam through vanes of a turbineto spin an electrical generator.-- Allow a chain reaction to proceed in a lump of enriched uranium, releasinga lot of heat energy as a by-product of nuclear fission. Use the released heatenergy to boil water. Blow the steam through vanes of a turbine to spin anelectrical generator.-- Erect a large pinwheel outside. Allow the kinetic energy of the wind to spin thepinwheel. Use the kinetic energy of the pinwheel to spin an electrical generator.-- Lay a collection of photovoltaic cells on the ground, where the sun will shine on them.10-15 percent of the energy in the sunshine is directly converted to electrical energyin the photovoltaic cells, and is led away through wires.Electrical energy that you use to power anything electrical always comes from somewhere.Energy is never 'created'.
Yes, chemical energy is a form of potential energy. Chemical energy could be considered as potential energy stored in the bonds of a molecule. To use a single example, if we burn methane (CH4) in air (with oxygen, O2, it it), the result will be the formation of carbon dioxide (CO2) and water vapor (H2O). The reaction will release a lot of heat (thermal energy), and that energy came from the chemical potential energy in the bonds of the methane.
Once you convert the solar energy to electrical energy, it makes no difference where it came from. Distribution of such energy is exactly the same, whether it came from solar energy, a nuclear power station, a tidal power station, a geothermal power station, etc.
The molecule contains energy stored in a chemical form. However the energy itself came from the Sun as electromagnetic energy (sunlight) so it is also a store of the energy in sunlight.
No, an increase in temperature in a chemical reaction does not break the law of conservation of energy. The energy is simply being converted from one form to another – in this case, from chemical potential energy to thermal energy. The total energy before and after the reaction remains the same.
It originally came from the sun and was stored in chemical bonds by plants during photosynthesis.
It originally came from the sun and was stored in chemical bonds by plants during photosynthesis.
The energy which powers a kettle ultimately comes from the Sun. While a kettle is powered by electrical energy if it is an electric kettle or gas if it is whistling kettle, the energy ultimately comes from the Sun and came to Earth as sunlight.
In 2009, 69.3% of the electrical supply came from fossil fuels. Coal provided 44.9%, natural gas provided 23.4%, and 1% was produced from oil.
Kinetic Energy - this is the energy which came from the different radiation . the best example is MAGNET there is a popular energy that can attract to other materials and different metalic objects From: JayRica