Calculate the energy change when one ²³⁵U nucleus undergoes the fission reaction ²³⁵U + n $\rightarrow$ ¹⁴²Ba + ⁹²Kr + 2n
The masses needed are ²³⁵U,235.04 u; ¹⁴²Ba,141.92 u; ⁹²Kr,91.92 u; n,1.0087 u.

Question

Calculate the energy change when one ²³⁵U nucleus undergoes the fission reaction ²³⁵U + n

\rightarrow

¹⁴²Ba + ⁹²Kr + 2n
The masses needed are ²³⁵U,235.04 u; ¹⁴²Ba,141.92 u; ⁹²Kr,91.92 u; n,1.0087 u.

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The Answer of Calculate the energy change when one ²³⁵U nucleus undergoes the fission reaction ²³⁵U + n $\rightarrow$ ¹⁴²Ba + ⁹²Kr + 2n The masses needed are ²³⁵U,235.04 u; ¹⁴²Ba,141.92 u; ⁹²Kr,91.92 u; n,1.0087 u.

Calculate the Energy Change When One 235U Nucleus Undergoes the Fission

Calculate the Energy Change When One ²³⁵U Nucleus Undergoes the Fission