Tritium (hydrogen-3) undergoes radioactive decay to produce helium-3. Which
particle needs to be added to this equation to show that the total numbers of
neutrons and protons are not changed by the reaction?
H He + ?
O A. He
O B. He
O c., e
O D.,

An electron particle needs to be added to this equation to show that the total number of neutrons and protons is not changed by the reaction.

Explain the tritium decay?

Tritium has nearly the same chemical characteristics as regular hydrogen. It produces helium-3 by releasing a beta particle and decaying with a half-life of 12 years.

Tritium breaks down into helium by producing a beta particle. The discharge of radiation during this decay process raises questions regarding tritium's and other radioactive compounds' safety.

The radiation produced by tritium decay is in the form of low-energy beta particles.

The chemical equation representation during the tritium decay is;

₁H³→₂He³+₋₁e⁰

The particle needs to be added to this equation to show that the total number of neutrons and protons are not changed by the reaction will be an electron.

Hence option D is correct.

To learn more about the tritium decay refer to the link;

https://brainly.com/question/17256358

Tritium (hydrogen-3) undergoes radioactive decay to produce helium-3. Which particle needs to be added to this equation to show that the total numbers of neutrons and protons are not changed by the reaction? H He + ? O A. He O B. He O c., e O D.,

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Explain the tritium decay?

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Tritium (hydrogen-3) undergoes radioactive decay to produce helium-3. Which
particle needs to be added to this equation to show that the total numbers of
neutrons and protons are not changed by the reaction?
H He + ?
O A. He
O B. He
O c., e
O D.,