Radioactive disintegration of 88 226 Ra takes place in the following manner into RaC- Ra Rn RaA RaB RaCDetermine mass number and atomic number of RaC-

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Energetics of Nuclear Fission

Radioactive d...

Question

Radioactive disintegration of $_{88}^{226} R a$ takes place in the following manner into $R a C$ ,
$R a - α - ---- \to R n - α - ---- \to R a A - α - ---- \to R a B - β - ---- \to R a C$
Determine mass number and atomic number of $R a C$ .

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_{88}^{226} R a - α - ---- \to R n - α - ---- \to R a A - α - ---- \to R a B - β - ---- \to R a C

_{Z}^{M} A - α - ---- \to B - β - ---- \to C - β - ---- \to D - α - ---- \to E

_{88} R a^{226} - α \to R n - α \to R a A - β \to R a B - α \to R a C

α

β

R a C

_{88}^{226} R a {- α \to}_{86} R n - α \to R a A - β \to R a B - α \to R a C

X_{4}

A = 238

Z = 92

_{Z}^{A} X α \to X_{1}^{-} X_{2} α \to X_{3} γ \to X_{4}

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