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Problem This equation shows a nuclear process:
92 235 U + 0 1 n → 92 236 U → 56 144 Ba + 36 89 Kr + 3 0 1 n . {}_{92}^{235}\text{U} + {}_{0}^{1}\text{n} \rightarrow {}_{92}^{236}\text{U} \rightarrow {}_{56}^{144}\text{Ba} + {}_{36}^{89}\text{Kr} + 3{}_{0}^{1}\text{n} \quad . 92 235 U + 0 1 n → 92 236 U → 56 144 Ba + 36 89 Kr + 3 0 1 n .
The masses of the various particles are
92 236 U = 236.0526 u ; 56 144 Ba = 143.92292 u ; 36 89 Kr = 88.91781 u ; 0 1 n = 1.008665 u . {}_{92}^{236}\text{U} = 236.0526 \text{ u} ; \quad {}_{56}^{144}\text{Ba} = 143.92292 \text{ u} ; \\ {}_{36}^{89}\text{Kr} = 88.91781 \text{ u} ; \quad {}_{0}^{1}\text{n} = 1.008665 \text{ u} . 92 236 U = 236.0526 u ; 56 144 Ba = 143.92292 u ; 36 89 Kr = 88.91781 u ; 0 1 n = 1.008665 u .
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