Tidal
Hydroelectricity is a method of producing electricity from flowing water. A large area of water - typically held behind a dam - is forced (by it's own weight) through a turbine generator, which makes the generator spin. When the generator spins, magnets attached to the turbine portion move past magnets mounted on the generator walls just outside the turbine. This produces electrical current, which is harnessed as electricity.
It's energy flowing through free electrons in conductive objects
That's an electrical generator, whether the mechanical energy comes from steam or water flowing through a turbine, or wind, or tides.
The wind energy turns a rotor; this mechanical energy is then converted into electricity through a generator.The wind energy turns a rotor; this mechanical energy is then converted into electricity through a generator.The wind energy turns a rotor; this mechanical energy is then converted into electricity through a generator.The wind energy turns a rotor; this mechanical energy is then converted into electricity through a generator.
A turbine spins water creating kinetic (movement) energy. This kinetic energy is changed into electricity through a generator connected to it.
In hydro electricity, Water flowing from a high point to a lower one, is channelled through a turbine, causing it to spin. This rotation is connected to a generator, which makes electricity.
Electricity is produced in power station and then passed through to a generator. The generator passes the electricity through lines and then to another generator. it is again passed through lines and then to a primary customer which may be an industry or an electricity company. It is then passed on to a secondary customer through power lines through to your house.
Flowing electrons makes electricity (they flow from negative to positive. ). You need a circuit or a path for the electrons to move through, a power source like a battery or a generator, and something to use the electricity, like a light bulb...
oil goes through the generator and that turns it into electricity. the they go through the wires and get to the houses
Hydroelectricity is a method of producing electricity from flowing water. A large area of water - typically held behind a dam - is forced (by it's own weight) through a turbine generator, which makes the generator spin. When the generator spins, magnets attached to the turbine portion move past magnets mounted on the generator walls just outside the turbine. This produces electrical current, which is harnessed as electricity.
electricity
by all the electrons flowing through it
Hydroelectricity is a method of producing electricity from flowing water. A large area of water - typically held behind a dam - is forced (by it's own weight) through a turbine generator, which makes the generator spin. When the generator spins, magnets attached to the turbine portion move past magnets mounted on the generator walls just outside the turbine. This produces electrical current, which is harnessed as electricity.
Energy is being taken from a source, like burning coal, sunlight, or nuclear fission. That energy is transferred to a generator, a machine which uses that energy to spin magnets around a coil of wire, which makes electricity flow through the wires. Electricity is electrons which are flowing through a conductor. The electricity is sent out of the power plant through power lines.
A circuit
When flowing water is run through the machines
The steam from the boiling water is used to turn a turbine, which spins the rotor of a generator. The generator is what actually produces electricity.