Molecules In All Organisms Are Composed In Part Of Radioactive Carbon-14. Which Statement Best Explains The Presence Of Carbon-14 In Organisms? The Radioactive Isotope Reacts In The Same Way As Stable Isotopes In The Nuclear Reactions In The Body. The Radioactive Isotope Reacts In The Same Way As Stable Isotopes In The Chemical Reactions In The Body. The Radioactive Isotope Reacts Faster Than Stable Isotopes In The Nuclear Reactions In The Body. The Radioactive Isotope Reacts Faster Than Stable Isotopes In The Chemical Reactions In The Body.

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Molecules In All Organisms Are Composed In Part Of Radioactive Carbon-14. Which Statement Best Explains The Presence Of Carbon-14 In Organisms? The Radioactive Isotope Reacts In The Same Way As Stable Isotopes In The Nuclear Reactions In The Body. The Radioactive Isotope Reacts In The Same Way As Stable Isotopes In The Chemical Reactions In The Body. The Radioactive Isotope Reacts Faster Than Stable Isotopes In The Nuclear Reactions In The Body. The Radioactive Isotope Reacts Faster Than Stable Isotopes In The Chemical Reactions In The Body.. For example, while most carbon on earth exists as the stable isotope carbon 12, with six protons. Which statement best explains the.

PPT Carbon14 Dating PowerPoint Presentation, free download ID7085649
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The correct answer is option b, that is, the radioactive isotope reacts in the same way as stable isotopes in the chemical reactions in the body. The radioactive isotope reacts in the same way as stable isotopes in the nuclear reactions in the body. The statement which best explains the presence of carbon 14 in organisms is this:

The Radioactive Isotope Reacts In The Same Way As Stable Isotopes In The Nuclear Reactions In The Body.


The statement which best explains the presence of carbon 14 in organisms is this: Which statement best explains the. The radioactive isotope reacts in the same way as stable isotopes in the nuclear reactions in the body.

The Correct Answer Is Option B, That Is, The Radioactive Isotope Reacts In The Same Way As Stable Isotopes In The Chemical Reactions In The Body.


For example, while most carbon on earth exists as the stable isotope carbon 12, with six protons. The radioactive isotope reacts in the same way as the stable isotopes. Multiple isotopes of almost all the elements occur naturally, including some that are unstable.

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