The electric eel uses its electric ability to stun fish. This makes them easier to catch and eat.
Work of some sort depending on the device being powered. For example, an electric car can transport people from point A to point B.
Technically YES. But the source of power in Electric cars being DC through batteries, the motor must be DC and not AC.
Oranges can produce electricity through a process called microbial fuel cells, where the sugars in the fruit are broken down by bacteria to generate a small electric current. This technology is being explored for potential use in small-scale, sustainable energy applications.
If there is energy in an electric motor (electricity is being supplied to it). it will be turing/running. When there is no energy in it (being supplied to it) it will stop.
wind mills
yes they can. the ONLY way electricity cannot be terminanted is if you've made arrangements with your electric company or a doctor/nurse practitioner verifies that there is a serious medical condition in the home that may be aggravated by loss of electricity. you are responsible for the well-being of your children, not your electric company.
Electricity is a very common (actually universal) natural phenomena. It commonly appears in nature as static electricity and static electric discharges, lightning bolts being a very powerful form of static electric discharge. It also appears as electric currents: one natural electric current flows through the outer liquid core of earth forming the earth's magnetic field. Humans have also figured out how to control and "domesticate" electricity for his own purposes, electric current from batteries, generators, and alternators being the most useful form.
According to the definition I found, comparative advantage means being able to produce a product at a lower cost than others and absolute advantage means being the best at something or producing the best product.
Metal is a conductor and the electricity will easily flow through it.
Chemical to electromagnetic: the oxidation of organic materials (oil, coal, wood, etc) uses chemical energy to produce electromagnetic energyKinetic to electrical: the dynamos of hydro-electric dams use the mechanical energy of moving water to produce electrical energy.Kinetic to electrical:Van de Graaff generators use the mechanical energy of friction to produce static electrical energy.Electrical to Kinetic: electric motors use electricity to produce rotational energy.Electromagnetic to kinetic: the steam that drives turbines is heated by using infra-red energy.Light to electricity: photo-electric cells use electromagnetic radiation (sun light) to produce electricity.
An electric meter or energy meter is used now a days.
Coal is a fossil fuel,that is being used to produce electricity and heat.