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two factors that determine the energy of a dam is potential energy which can be stored into kinetic energy.

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The two factors are potential and kinestetic energy

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The amount of water and the water pressure determines the energy production of a dam.

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The conversion of stored potential energy into kinetic energy can also be harnessed to power homes, factories and entire cities.

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The most important thing to remember is that although the transfer of energy between objects may be inefficient, the energy still exists.

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Potential and kinetic engergy determines the energy production of a local dam

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The conversion of stored potential energy into kinetic energy can also be harnessed to power homes, factories and entire cities

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The amount of water and the pressure of water against the wall determines the amount of energy of a local dam.

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how much water there is, and the wall pressure

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Two factor that determine the energy production of a local damn is potential and kinetic energy.

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How much water is required and the water levels

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Potential energy is the energy, chemical or physical, stored within an object, atom or molecule.

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The two factors are the water level and the water requirements.

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It determines by how much water is needed and the water levels.

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Underground dams are used to trap groundwater and store all most of it below the surface to extended use in a localized area

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it's basically the amount of water and the weather as, as the water goes through it produces energy due to it's speed, weather affects things like water level's so it's self explanatory

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he amount of water and the weather type.

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height,weight,speed

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Two factors that determine the energy leve of the dam is the weight and the height of it

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The two factors that determine the energy production of a dam are the amount of water and how fast it is moving.

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The conversion of stored potential energy into kinetic energy can also be harnessed to power homes factories and entire cities. The most notable example is the hoover dam.

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The dam  or water reservoir  is a crucial part of the hydroelectric power plants. Water stored in the dams is used for generating electricity in hydroelectric power plants.

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Weather and housing

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Electricity and the amount of water

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The water that passes through the turbines creates electricity

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The amount of water and the weather type.

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Electricity production varies annually depending on how much water is required downriver from the dam and the water levels

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The conversion of stored potential energy into kinetic energy can also be harnessed to power homes, factories and entire cities.

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Underground dams are used to trap groundwater and store all or most of it below the surface to extended use in a localized area.

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The wave current and the amount of water.

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The conersion of stored potential energy into kinetic energy can also be harnessed to power homes factories and entire cities

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Two factors that determine the amount of energy produced by the local dam are water speed and the amount of water flow.

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quamaine

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Energy production is up to a lot of things and a lot of movement.

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kinetic energy & potential energy

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The amount of water used from the dam & water level from the lake is required .

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The amount of water leveled of the lake behind the dam and the amount of the rain that the area has gotten

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the water dosnt got to go down river from the dam because the water transfers into energy

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The conversion of stored potential energy into kinetic energy can also be harnessed to power homes, factories and entire cities.

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The wave current and the amount of water

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The amount of water , the weather

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the conersion of stored potential energy into kinetic energy can also be harnessed to power homes , factories and entire cities

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The amount of water level

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The name is the first clue as to how exactly the dam harness energy - especially the dam was built in Great depression, and it's constructed in between 1931 and in 1936. It's located in the Black Canyon of the Colorado River, and this how it formed potential energy.

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Electricity & the amount of water

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The 2 factors that require a production of a dam is water. That plays a role in supporting the dam an the amount determines if the dam is stable.

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The conversion of stored potential energy into kinetic energy can also be harnessed to power homes factories and entire cities. The Hoover Dam is an arch-gravity dam by design .This design name is the first clue as to how exactly the dam harnesses energy . The Arizona and Nevada spillways are two means by which the waters of Lake Mead can escape the dam .As the lake water tumbles over the walls into a spillway ,potential energy is instantly converted into kinetic energy.

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Hydroelectric power and microhydropower

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Height, weight, speed

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The amount of water are leveled of the lake behind the dam & the amount of rain that area has been getting .

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Eating food and solar power

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The amount of water required from the dam and the water levels

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Dcole

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How much water is required downriver from the dam & water levels of Lake Mead determining the energy production of Hoover Dam is two factors of the local dam .

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dime

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hydroelectric power, and microhydropower are two factors that determine energy production

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The amount of water and the potential en

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All the water that is used for generation of electricity in the hydroelectric power plants is stored in the dam

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water levels and solar energy

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How much water is required downriver from the dam and the water levels of lake mead

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T.J.b-1

One factor would be the amount of water the dam contains, another factor might be the weather in the area of the dam that may interfere with the process of producing energy.

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-the measure of the water
-how much water is required downriver from the dam and the water levels of lake

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How much water is required downriver from the dam and the water levels of Lake.

The measure of water released

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The hoover dam is built in between 1931 and 1936, the dam had been the subject of the great depression - especially located in the Black Canyon of the Colorado River, and then the hoover dam is formed.

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T,J,B /1
Electricity production varies annually depending on how much water is required downriver from the dam an the water level said of lake mead. The greatest amount of energy was produced during 1984 a year after floods brought the lake to its highest levels

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Two factors are potential and kinetic energy

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One factor is the amount of water the dam has , another factor might be the weather of where the dam is located .

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The two factors of a local dam are water levels and gravity.

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The amount of water level with the lake and river

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Water levels and potential energy

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Depends on

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The amount of water the dam contain,the rivier behind the dam

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The amount water level of the lake/river behind the dam and the amount of rain the area has been getting.

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Jaylin Richardson