Consider two arbitrary decay equations and mark the correct alternative s given belowI 92230U- n 92229UII 92230U- p- 91229PaGiven- M 92230U-230-033927 u- M 92229U-229-03349 u- mn-1-008665 u- M 91229Pa-229-032089- mp-1-007825- 1 amu-931-5MeV

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Equilibrium Constant and Standard Free Energy Change

Consider two ...

Question

Consider two arbitrary decay equations and mark the correct alternative (s) given below
(I) $_{92}^{230} U \to n_{92}^{229} U$
(II) $_{92}^{230} U \to p +_{91}^{229} Pa$
Given: M( $_{92}^{230} U) = 230.033927 u,$
M ( $_{92}^{229} U) = 229.03349 u, m_{n} = 1.008665 u,$
M ( $_{91}^{229} Pa) = 229.032089, m_{p} = 1.007825, 1 a m u = 931.5$ MeV

Only decay (i) is possible

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Only decay (ii)is possible

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Both the decay are possible

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Neither of the two decay is possible

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Solution

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_{92}^{230} U \to n +_{92}^{229} U

_{92}^{230} U \to p +_{91}^{229} P a

M (_{92}^{230} U) = 230.033927 u M (_{92}^{229} U) = 229.03349 u

m_{n} = 1.008665 u

m_{p} = 1.007825

1 a m u = 931.5 M e V

_{92}^{230} U

M (_{92}^{230} U) = 230.033927 a m u, M (_{92}^{230} U) = 229.033496 a m u, M (_{92}^{229} P a) = 229.032089 a m u, m (n) = 1.008665 a m u, m (p) = 1.007825 a m u

_{92} U^{235}

α

β

Write nuclear reaction equations for

(i) α-decay of (ii) α-decay of

(iii) β⁻-decay of (iv) β⁻-decay of

(v) β⁺-decay of (vi) β⁺-decay of

(vii) Electron capture of

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