QuestionMay 5, 2025

Radium-223 (_(88)^223Ra) undergoes gamma decay to produce what daughter isotope and decay particle? a (}_{88)^223Ra+gamma b (}_{88)^222Ra+gamma C (}_{86)^220Rn+gamma d (}_{86)^222Rn+gamma

Radium-223 (_(88)^223Ra) undergoes gamma decay to produce what daughter isotope and decay particle? a (}_{88)^223Ra+gamma b (}_{88)^222Ra+gamma C (}_{86)^220Rn+gamma d (}_{86)^222Rn+gamma
Radium-223 (_(88)^223Ra) undergoes gamma decay to produce what
daughter isotope and decay particle?
a (}_{88)^223Ra+gamma 
b (}_{88)^222Ra+gamma 
C (}_{86)^220Rn+gamma 
d (}_{86)^222Rn+gamma

Solution
3.3(232 votes)

Answer

a) {}_{88}^{223}Ra+\gamma Explanation 1. Understand gamma decay Gamma decay does not change the atomic number or mass number of the isotope. It only releases energy in the form of a gamma photon (\gamma). 2. Identify the daughter isotope Since neither the atomic number nor the mass number changes, the daughter isotope remains {}_{88}^{223}Ra. 3. Identify the decay particle The decay particle is a gamma photon (\gamma).

Explanation

1. Understand gamma decay<br /> Gamma decay does not change the atomic number or mass number of the isotope. It only releases energy in the form of a gamma photon ($\gamma$).<br /><br />2. Identify the daughter isotope<br /> Since neither the atomic number nor the mass number changes, the daughter isotope remains ${}_{88}^{223}Ra$.<br /><br />3. Identify the decay particle<br /> The decay particle is a gamma photon ($\gamma$).
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