which answer choice best explains why uranium - 238 can be used in power plants to generate electricity?\no…

which answer choice best explains why uranium - 238 can be used in power plants to generate electricity?\no nuclides of uranium - 238 decay over time. they release large amounts of energy as their nuclei break apart.\no nuclides of uranium - 238 are extremely stable. they can absorb large amounts of energy without breaking apart, so they rarely need to be replaced.\no because atoms of uranium - 238 have many more electrons than protons, they release steady streams of electric current.\no because atoms of uranium - 238 have many more protons than neutrons, they attract large numbers of electrons from the surrounding environment.

which answer choice best explains why uranium - 238 can be used in power plants to generate electricity?\no nuclides of uranium - 238 decay over time. they release large amounts of energy as their nuclei break apart.\no nuclides of uranium - 238 are extremely stable. they can absorb large amounts of energy without breaking apart, so they rarely need to be replaced.\no because atoms of uranium - 238 have many more electrons than protons, they release steady streams of electric current.\no because atoms of uranium - 238 have many more protons than neutrons, they attract large numbers of electrons from the surrounding environment.

Answer

Brief Explanations:

Uranium - 238 is a radioactive nuclide. Its nuclei decay over time, releasing large amounts of energy as they break apart, which can be harnessed to generate electricity in power plants. Stable nuclides don't release energy in this way for power - generation purposes. The number of electrons and protons in an atom is not related to electricity generation in the context of nuclear power, and the statement about the number of protons and neutrons attracting electrons from the surrounding environment is incorrect.

Answer:

Nuclides of uranium - 238 decay over time. They release large amounts of energy as their nuclei break apart.