Water pressure.
Which statement is true about the turbine in a hydroelectric dam it would be It is turned by wind and provides a direct current.
Hydro-power usually starts with a dam. A controlled amount of water is led away from the dam , and on to a water wheel, also called a turbine. The force of the running water gets the turbine spinning. The turbine is hooked up to an electrical generator which produces electricity as it turns. the electricity is then fed into the electrical grid and makes its ways out to homes and industries.
That is potential energy when the water is sitting in the dam. The PE is converted into kinetic energy by running the water down a chute to allow it to gain speed, and then it hits the turbine blades to turn the turbine which drives a generator.
Water is stored behind a dam and possesses potential energy. When it is released and made to run down conduits down the dam to turn turbines the potential energy is converted to kinetic energy which in turn is converted to electrical energy.
The water behind the dam flows in to the intake into a pipe called a penstock. The water pushes against blades in a turbine,causing it to turn. The turbine is similar to the kind used in a power plant.but instead of using steam to turn the turbine, water is used. The turbine spins a generator to produce electricity. The electricity can travel over long distance electric lines to your house,school,factories,and businesses.
For example, in a hydroelectric dam, water makes a turbine move; the turbine makes a generator move, the generator generates the electricity.For example, in a hydroelectric dam, water makes a turbine move; the turbine makes a generator move, the generator generates the electricity.For example, in a hydroelectric dam, water makes a turbine move; the turbine makes a generator move, the generator generates the electricity.For example, in a hydroelectric dam, water makes a turbine move; the turbine makes a generator move, the generator generates the electricity.
Which statement is true about the turbine in a hydroelectric dam it would be It is turned by wind and provides a direct current.
Normally, hydroelectric power requires a dam and a turbine. It is possible to use a water mill instead of a dam.
Water passing through a turbine, usually in a dam.
The simplist expaination is water falls from the greater height, to the lower passing turbine blades, causing them to turn, which then turn the genrators which produce electricity.
A water turbine dam is an example of hydroelectric energy. Hydroelectricity is an important part of the energy mix in the world.
What is hydroelectric power?Water is needed to run a hydroelectric generating unit. It's held in a reservoir or lake behind the dam, and the force of the water being released from the reservoir through the dam spins the blades of a turbine. The turbine is connected to the generator that produces electricity. After passing through the turbine, the water reenters the river on the downstream side of the dam.My father used to work at Amoskeag Hydro in Manchester, NH when I was growing up.If the Dam cracks and smashs down to rubble then the town its generating energy is about to have a flood :)
A hydroelectric power plant converts the kinetic energy of falling water to a rotating energy with a turbine and then using the turbine to turn a generator. A hydro plant dam can be a few feet tall or a couple of hundred feet tall. The taller they are, and the more water that passes through them, the more power they generate. Hoover dam is 726 feet tall. Some of the Low head hydros in Michigan are only 15 or 20 feet tall.The water flows through a turbine at a dam, producing water energy.
Hydroelectric power is generated by water passing through the blades of a turbine to generate electricity. Typically this is done at a waterfall or dam.
Yes, The Wolf Creek Dam is a Hydroelectric dam.
An obvious answer is that the sources for the energy conversion is that the resources are renewable
a hydroelectric dam is efficient because it generates power