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Wave Optics

Question

Write the nuclear reactions for the following:
(i) $α - decay of {}_{84}^{204}{Po}$

(ii) $β^{-} decay of {}_{15}^{32}P$

(iii) $β^{+} decay of {}_{6}^{11}C$

Solution

Nuclear reactions are given by:

(i) $α$ -decay : ${}_{84}^{204}{Po} \to {}_{82}^{200}{Pb} + {}_{2}^{4}{He}$

(ii) $β^{-}$ decay : ${}_{15}^{32}P \to {}_{16}^{32}S + {}_{- 1}^{0}e + \bar{v} .$

(iii) $β^{+}$ decay : ${}_{6}C^{11} \to {}_{5}^{11}B + {}_{+ 1}^{0}e + \bar{v .}$

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Wave Optics

Write the nuclear reactions for the following:
(i) $α - decay of {}_{84}^{204}{Po}$

(ii) $β^{-} decay of {}_{15}^{32}P$

(iii) $β^{+} decay of {}_{6}^{11}C$

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Wave Optics

Write the nuclear reactions for the following:(i) α-decay of Po84204(ii) β- decay of P1532(iii) β+ decay of C611

Some More Questions From Wave Optics Chapter

Mock Test Series

NCERT Sample Papers

Entrance Exams Preparation

Write the nuclear reactions for the following:
(i) $α - decay of {}_{84}^{204}{Po}$

(ii) $β^{-} decay of {}_{15}^{32}P$

(iii) $β^{+} decay of {}_{6}^{11}C$