Which option correctly compares

Question

beta decay and gamma decay?
(1 point)
Beta decay releases a
particle, while gamma decay
only reduces the energy level.
Neither beta decay nor
gamma decay is a form of
nuclear fission.
Beta decay releases a
particle, while gamma decay
only reduces the energy level.
Beta decay is a form of
nuclear fission, but gamma
decay is not.
Beta decay only reduces the
energy level, while gamma
decay releases a particle.
Gamma decay is a form of
nuclear fission, but beta decay
is not.
Beta decay only reduces the
energy level, while gamma
decay releases a particle.
Neither beta decay nor
gamma decay is a form of
nuclear fission

Answer 1

The correct option that compares beta decay and gamma decay is:

"Neither beta decay nor gamma decay is a form of nuclear fission."

To clarify:

• Beta decay involves the transformation of a neutron into a proton (or vice versa), resulting in the emission of beta particles (electrons or positrons).
• Gamma decay involves the release of gamma radiation, which is electromagnetic radiation, often occurring after other types of decay (like alpha or beta) to help the nucleus reach a lower energy state.
• Neither of these processes involve splitting a nucleus, which is characteristic of nuclear fission.