Energy obtained from hydroelectric energy is really no different from other types of commercially used energy. So, it all depends on whether you can find a source of energy that is large enough to power the city - in this case, a large body of water that gets replenished, and a place where the water can fall down.
Cuba lacks hyrdoelectric power because the elevation of the land is very low.
yes
The city should invest in renewable energy sources like solar power.
The dam is called Spencer Dam. It is part of the hyrdoelectric plant built in 1927 and operated by the Nebraska Public Power District.
The easiest way to answer this is to actually look at the word "hydroelectric." Break it down, kind of like a math problem. "Hydro" means water, and "electric" is self-explanatory. Thus, hyrdoelectric energy uses water to create electricity.
No, a single lightning bolt is not enough to power a whole city. The energy generated by a lightning bolt is short-lived and not sufficient to sustain power to a city for an extended period of time. Powering a city requires a consistent and reliable source of electricity, such as from power plants or renewable energy sources.
Yes, hydroelectric could power a city. The issue with most green energy sources is cost and inability to obtain uninterrupted power on demand. Hydroelectric does not have these limitations. It does have some negative environmental impacts, just as all energy sources do.
The mitochondria can be compared to a power plant in Cell City because it functions to produce energy for the cell through the process of cellular respiration. Similar to how a power plant generates electricity for a city, the mitochondria generates energy (ATP) for the cell to carry out its various functions.
When they have collected all the energy from your screams to power their city...
No, a single bolt of lightning does not contain enough energy to power an entire city. Lightning strikes have a very high voltage but their duration is very short, and the total energy produced is not sufficient for powering a city for an extended period of time.
Montreal's major energy sources include hydroelectric power, natural gas, and imported electricity. The city has a diverse energy mix, with a growing emphasis on renewable energy sources such as wind and solar power.
To calculate the power needed to supply a city for 10 minutes, you would need to know the average power consumption of the city in megawatts. Once you have the average power consumption, you can multiply it by 10 minutes to determine the total energy required.