An excited $\begin{array} { c } 236 \ 92 \end{array}$ U^* nucleus undergoes fission into two fragments as follows: $\begin{array} { c } 236 \ 92 \end{array}$ U^*? $\begin{array} { c } 144 \ 56 \end{array}$ Ba + $\begin{array} { l } 92 \ 36 \end{array}$ Kr The following atomic masses are known: $\begin{array} { l } 92 \ 36 \end{array}$ Kr: 91.926270 u $\begin{array} { c } 144 \ 56 \end{array}$ Ba: 143.922845 u $\begin{array} { c } 236 \ 92 \end{array}$ U^*: 236.045563 u What is the reaction energy released during this fission reaction? (1 u = 931.5 MeV/c²)

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The Answer of An excited $\begin{array} { c } 236 \ 92 \end{array}$ U^* nucleus undergoes fission into two fragments as follows: $\begin{array} { c } 236 \ 92 \end{array}$ U^*? $\begin{array} { c } 144 \ 56 \end{array}$ Ba + $\begin{array} { l } 92 \ 36 \end{array}$ Kr The following atomic masses are known: $\begin{array} { l } 92 \ 36 \end{array}$ Kr: 91.926270 u $\begin{array} { c } 144 \ 56 \end{array}$ Ba: 143.922845 u $\begin{array} { c } 236 \ 92 \end{array}$ U^*: 236.045563 u What is the reaction energy released during this fission reaction? (1 u = 931.5 MeV/c²)

An Excited 23692\begin{array} { c } 236 \\92\end{array}23692​ U* Nucleus Undergoes Fission into Two Fragments as Follows

An Excited $\begin{array} { c } 236 \\92\end{array}$ U^* Nucleus Undergoes Fission into Two Fragments as Follows