You would not be able to obtain the fissile material necessary to build a working model of a nuclear power plant. You could build a model, for sure, but it would not be a working model.
as it still has energy in it.
Seems unlikely. Any power plant is useful only if it can deliver power to where it is required. Also you need a good source of water for cooling. The one clear advantage, however, is that it would be far from populated areas, and hence far less dangerous to people.
Depending on who you believe, the first hydroelectric generator was either at Niagara Falls in 1880 or at Appleton, Wisconsin in 1882. However, it is unclear whether either of these had a dam - they may have been simple waterwheels.
It is estimated a new nuclear plant built today in the US would cost $10-12 billion for a 1500-1600 MW plant. Then once you have the plant built, one load of fuel bundles would cost approx. $150 to $200 million.
Places like British Columbia, and newzealand.
You would find a hydroelectric power plat in a dam on a river. The dam would create a reservoir.
you could increase the height of the dam so that water will flow faster. that force of the water would give it more power.
i think you would find it in some were there is alot of green
Hydroelectric means electric power that is derived from water, typically moving water used to power machinery that generates electricity. A famed example of this would be the Niagara Hydroelectric plant, which harnesses the energy of the Niagara River to power generators that supply millions with electricity in their homes and businesses.
Hydroelectric power is generally made by water falling through a distance (waterfall, or dam) then striking the blades of a turbine and making them rotate to generate electricity. None of these operations is noisy. Hydroelectric power plants are generally constructed in isolation where any noise is not a problem or where the noise (waterfall) was present naturally and the diversion of the water to the plant would only lessen the natural noise levels.
Along rivers or streams, at the foot of hills and mountains with ponds or lakes, and at the mouths of bays and inlets where there are tides. Hydroelectric plants operate on the basis of gravity moving water downward. So the requirement for hydroelectric power is water and a difference in height, altitude or depth. Most Hydroelectric plants are located on rivers and used dams to provide the difference in height. In some cases, hydro plants have been built at the foots of hills or mountains that had lakes on them at higher levels. If the difference in altitude is sufficient, a small flow and a small power plant can produce an impressive amount of power. It is possible to get hydroelectric power from the movement of water without a dam, and this is done in rivers with sufficient current, but where damming the river would be too destructive to the land or things on the land. It is also done in places with tidal flows that are sufficiently energetic. Micro-hydroelectric sites can even be small streams, if the water flow is sufficiently reliable.
Both geothermal energy and hydroelectric power have their own advantages and drawbacks. Geothermal energy is a consistent and reliable source of renewable energy that does not rely on weather conditions, but it is limited to areas with active geothermal resources. Hydroelectric power is a widely used and proven source of renewable energy, but it can have significant environmental impacts such as habitat disruption and changes to water flow. The choice between the two would depend on specific location, resource availability, and environmental considerations.
Hydroelectric power plants rely on the sun to drive the water cycle, as heat from the sun causes water to evaporate from oceans and form clouds. These clouds eventually release precipitation as rain or snow, which collects in rivers and streams that feed the hydroelectric plant's reservoir. The water stored in the reservoir is then released to flow through turbines, generating electricity.
If their habitat was in the area that as flooded to make the lake for the hydroelectric plant, I would say yes.
Use of running water for mechanical energy has been used for centuries, so I guess when electricity was discovered and that it was useful, someone had the bright idea of connecting a waterwheel to a dynamo. This would have been in the mid 1800's sometime.
I do not think that would be possible, as hydroelectric power is produced by large amounts of water spinning a generator to produce electricity. The structure that produces hydroelectric power is called a dam, which are quite large and usually require a lake or at least a large river to produce power.