Which statement best describes the effect of radioactive decay on a nucleus?(1 point)
The resulting nucleus is more stable than the original nucleus. The nucleus can be of a different element than the original.
The resulting nucleus is more stable than the original nucleus. The nucleus must be of the same element as the original.
The resulting nucleus is less stable than the original nucleus. The nucleus can be of a different element than the original.
The resulting nucleus is less stable than the original nucleus. The nucleus must be of the same element as the original.
oops i forgot to put my answer
i think its B but i want reassurance
b is right
1. A the process by which small nuclei combine a larger nucleus
2. B a series of reactions in which particles from one reaction trigger the next reaction
3. C disturbing a drop of water…
4. D popping a bag of popcorn
5. B the resulting nucleus is more stable than the original nucleus. the nucleus can be different than the original.
To determine the correct answer, we need to understand the concept of radioactive decay. Radioactive decay is a process in which an unstable nucleus undergoes a transformation to become more stable. During this process, particles or energy are emitted from the nucleus.
When a nucleus undergoes radioactive decay, the resulting nucleus is more stable than the original nucleus. This is because the original nucleus was unstable and needed to release energy or particles to reach a more stable state. Therefore, the first part of the statement "The resulting nucleus is more stable than the original nucleus" is true.
However, the second part of the statement is incorrect. The nucleus that is formed as a result of radioactive decay can be of a different element than the original nucleus. This is because during radioactive decay, the number of protons and neutrons in the nucleus may change, leading to the formation of a different element. Therefore, the correct answer is: "The resulting nucleus is more stable than the original nucleus. The nucleus can be of a different element than the original."