The present nuclear units in the US go up to 1100 MWe, larger ones are planned, up to 1600MWe. So coal plants are somewhat similar, but on one site you could have several units so making a larger total. Most nuclear sites have two units.
Comanche Peak, 40 miles SW of Fort Worth. See link below (Unit 2 similar)
Fission nuclear power depends on uranium which is found in ore deposits, but clearly there is only a certain amount on Earth, so it is not renewable - current (admittedly rough) estimates are that we have several hundred years worth of usable uranium. Fusion power uses hydrogen isotopes; given the amount available through processing water from the Earth's oceans, it is effectively inexhaustible (meaning, there are several billions of years worth of hydrogen to be obtained from the Earth's oceans, which is longer than the remaining lifespan of the Earth).
A lot of people think so, but how can this be evaluated? Designers and operators think any risk is minimal, but it's up to the federal government in the end, through the NRC. The benefits are not having to burn so much fossil fuel and hence reducing CO2 emissions.
Plutonium is not typically bought or sold on the open market due to its highly regulated nature and potential for misuse in nuclear weapons. It is primarily used in nuclear reactors and weapons programs under strict government control. The value of plutonium is difficult to estimate, but it is considered extremely valuable due to its rare and highly radioactive properties.
In 1912, 500 pounds would have had a purchasing power equivalent to around £56,000 in today's money, adjusted for inflation.
See the NRC website www.nrc.gov for a map of all US nuclear power plants, including Texas
Most common are oil-powered thermal power stations; there are also some coal-powered and nuclear-powered stations (Mexico has two nuclear reactors worth 1.4 GW). There are also geothermal power plants and hydroelectric plants. Wind and solar power are growing in importance, but are still uncommon.
Comanche Peak, 40 miles SW of Fort Worth. See link below (Unit 2 similar)
I would say close to 220 million.
Cabbagepult cost 100 suns to plant.
No, the only current type of power plant that could do this is a special variant of hydroelectric plant that when there is excess energy on the grid can use it to pump water back up into the reservoir for storage until demand rises. However the only ones I know of only have excess reservoir capacity to store a few days worth of energy, but not a month.
New Zealand decided some time ago that it could forgo the 'benefits' of generating electricity from nuclear energy. We have plentiful sources of hydro available for generation. Indeed, recently Contact Energy, one of the large generating companies, decided to forgo any further developments on the Clutha River (Mata au). Wind energy is plentiful at these latitudes (c45o) and can be located close to the demand locations. So hydro power is less attractive.Part of the bias against nuclear power, is that the feedstock supplies and the disposal of waste were not worth the problem.[Remember the big push for nuclear energy in US and Europe, was not because of the power produced - the interest was almost completely in the Uranium and Plutonium produced for nuclear weapons. The power was a by-product.Once sufficient plants were built to meet the military demands, the nuclear power constructions came to an almost complete halt.]
Robert Plant's net worth is $170 million.
Because it is an important part of electricity production, and more new plants are planned. Much public opinion is against this, so it needs to be discussed.
Because the flamethrower plant is a rare species, it is worth $120 for a small grown plant $800 for a fully grown plant
Because the flamethrower plant is a rare species, it is worth $120 for a small grown plant $800 for a fully grown plant
Well, if a plant is rare, then reproducing will help keep the plant species going for years of study. Also, if a plant has been around for thousands of years(or more) then they are definitely worth reproducing for biologists and botanists to study. We can learn many things from plants like how they stay alive through the ice age or why and how they live wherever they live, and sometimes plants can even help with medicine. I know my family keeps an aloe vera plant on our counter for burns.