Hey there! Great question! So, let's dive into the magical world of generators and electricity.
Okay, imagine this: you've got this powerhouse of a machine called a generator. It's like the MVP of the electricity game. Now, to work its magic, a generator needs a couple of key ingredients: wires and motion. Yup, you heard me right! Wires are like the highways that carry the electricity, and motion is the spark that gets everything going. Picture this scenario from my own life: back in the day when I was a teenager, I used to help out at my uncle's farm. We had this old-school generator that we'd fire up every morning. Now, this beast wasn't powered by some fancy fuel; it ran on the good ol' sweat and muscle of our trusty farm animals. We'd hitch up the horses, and as they trotted along, they'd turn a wheel connected to the generator. That motion, combined with the wires inside, would churn out electricity to power up the whole farm. It was like witnessing pure magic!
So, long story short, a generator uses wires to conduct the electricity and motion to kick-start the whole process. It's a beautiful dance of science and engineering that keeps the lights on and the world humming along. Hope that clears things up for you!
A Generator uses wires and a magnet to create electricity. A generator is simply a device that moves a magnet near a wire to create a steady flow of electrons.
It is called a hydro electric turbine generator.
When you run wires past a magnetic field you generate electrical current . The number and length's of wire wrapped around a shaft of a generator help determine the voltage moving voltage oscillating back and forth is called alternating current and the current flow or pulse is measured In hurts which is a function of how fast the field winding wires on a generator are turned and from what i understand our power companies generate 3 phase power and we only use one leg of that power for our homes electricity and the have to balance the other legs of those wires with other power needs and commercial power uses all 3 phases to there building's as opposed to our split leg 220 oar our single phase 120 voltage. wattage is volts times amps which is the measure of electricity
gasoline
Electricity is the flow or potential of electrons , it is produced using 1) hydro electricity (water flows from dam to propel a water wheel connected to an electric motor(alternator) , 2) using burning coal in coal fired stations (uses burning coal to heat water in to steam ,which steam then turns a gas turbine that is connected to an electric generator/alternator 3) using windfarms (uses a giant aerodynamic propeller to turn an alternator(electric motor/generator) from the force of wind.
In low voltage wires, the insulation factor of the coating determines the wire's voltage rating. A wire coating of cross linked poly vinyl is used as an insulation. High voltage transmission wires uses no coating on the wire
it uses electricity to create a magnet
It is called a hydro electric turbine generator.
A generator generates electricity. A simple generator consists of a magnetic field, relative motion between the conductor and magnetic field, and a conductor to carry electrical current to the load. Turbines drive the generators to create the necessary relative motion utilizing steam or water as the prime mover.
A motor is an engine or a machine that uses gas, electric or other energy source for it to function and create motion. A generator is also an engine, but it converts an energy source into electricity.
a generator
A wind turbines uses the wind to power an electricity generator.
A wind turbines uses the wind to power an electricity generator.
Hydro- means water. A hydro-electric generator uses moving water from a river or dam to turn the generator and produce electricity.
Hydroelectric power is made by machinery that uses the force of water to create electricity. It often takes place inside a dam, where the machines are housed, and then the electricity is sent out on wires to wherever it is needed.
It uses magnetic field to turn motion into electricity
Hydroelectric power is made by machinery that uses the force of water to create electricity. It often takes place inside a dam, where the machines are housed, and then the electricity is sent out on wires to wherever it is needed.
it uses electricity to create a magnet