Every element on the periodic chart is radioactive, though the most stable elements have half-lives that are thousands and thousands of years long. When an atom decays, it splits into two or more smaller atoms. Even considering the fusion taking place inside of stars, there is only a negligible tendency for smaller atoms to transmute into larger ones. Thus, the ratio of lighter to heavier atoms in the universe is increasing at a measurable rate. Therefore, ___. Which of the following most logically completes the above statements?

Every element on the periodic chart is radioactive, though the most st

1.	Every element on the periodic chart is radioactive, though the most stable elements have half-lives that are thousands and thousands of years long. When an atom decays, it splits into two or more smaller atoms. Even considering the fusion taking place inside of stars, there is only a negligible tendency for smaller atoms to transmute into larger ones. Thus, the ratio of lighter to heavier atoms in the universe is increasing at a measurable rate. Therefore, ___. Which of the following most logically completes the above statements?
Answer» Every element on the periodic chart is radioactive, though the most stable elements have half-lives that are thousands and thousands of years long. When an atom decays, it splits into two or more smaller atoms. Even considering the fusion taking place inside of stars, there is only a negligible tendency for smaller atoms to transmute into larger ones. Thus, the ratio of lighter to heavier atoms in the universe is increasing at a measurable rate. Therefore, ___. Which of the following most logically completes the above statements?