Air conditioners is one of many.
Photosynthesis is the process by which plants, algae, and some bacteria convert solar energy into organic matter (sugars) using carbon dioxide and water. This organic matter serves as food for other organisms in the food chain, allowing the energy to be transferred and cycled through the ecosystem.
Philosophically one might think of matter as "frozen" energy, and energy as "dynamic matter." Most energy escapes in the form of electromagnetic radiation. Hence the "c" in the equation above, relating matter and energy. Just a small amount of mass, multiplied by the speed of light squared (which is a LARGE constant) translates into an enormous amount of energy. Matter is not frozen solid, it vibrates, like trapped energy yearning to be free. Free neutron half life is around 12 minutes, after which these decay into proton/electron pairs. The mass difference (neutrons are slightly larger than a proton and electron combined) is imparted to the electron in the form of energy. These high speed electrons are known as "beta" particles. Careful observations of protons in the Super Kamiokande Detector in Japan have not revealed any instance of proton decay. So it is possible this form of matter may be constant, never "thawing" back into energy. The smaller the particle, the larger the wave form associated with it. These waves are known as DeBroglie waves. All matter propagates (moves through space) by wave, and energy is associated with the wave. Note: This energy is different from the vibrational energy mentioned above, which is released (or reduced) via emission of infrared radiation, or long wave electromagnetic radiation known as heat. The less heat atoms or molecules contain, the slower they vibrate.
Matter and energy are two aspects of the same thing and are related according to Einstein's equation: E = mc2 where E = amount of Energy m = mass (amount of matter) c = the speed of light in vacuum
Matter is nothing just a form of energy. So,either adding or removing energy,we can change the state of a matter. example:- ICE is in solid state, if we apply heat energy, it melts and changes to liquid form. Again if we apply heat energy,that liquid will change to vapour form.
When an organism is eaten, the energy and matter contained in its body are transferred to the organism that consumes it. The energy is used for various metabolic processes to fuel the organism's activities, while the matter is broken down and incorporated into the consumer's own body for growth and repair. In this way, the energy and matter are not destroyed, but are rather transferred and recycled through the food chain.
Thermodynamics is the branch of science that relies on knowledge about energy and changes in stages of matter. It deals with the relationships between heat, work, and energy transfer, and is fundamental to the functioning of technologies such as engines, refrigerators, and power plants.
Technology and science can not exist without knowledge of material properties.
Forms of energy related to changes in matter may include kinetic, potential, chemical, electromagnetic, electrical, and thermal energy.
Four forms of energy related to change in matter are thermal (heat) energy, chemical energy, nuclear energy, and electrical energy. These forms of energy can cause physical or chemical changes in matter by providing the necessary energy for these changes to occur.
yes it can be absorbed
In a closed system, neither the energy or matter changes. (Study Island)
Changes in the states of matter occur through processes like melting, freezing, condensation, vaporization, and sublimation. These changes involve the rearrangement of particles at the molecular level due to changes in temperature or pressure. During these transitions, energy is either absorbed or released.
When thermal energy is added or removed, the state of matter changes to another eg. solid becomes liquid and liquid becomes gas.
Energy can affect matter by causing changes in its state or structure. For example, adding thermal energy to matter can increase its temperature and may cause it to change from a solid to a liquid or a gas. Energy can also be used to break chemical bonds in matter, leading to chemical reactions or changes in composition.
Good effects of changes in matter include the creation of new products and materials, energy generation, and advancements in technology. Harmful effects include pollution, environmental damage, and potential health risks from exposure to certain substances.
Chemical technology would be the application of these principals in a more practical waymaterials produced by or used in a reaction involving changes in atoms or molecules is called chemical
Forms of energy related to changes in matter may include kinetic, potential, chemical, electromagnetic, electrical, and thermal energy.