Question

5- For A = 50, we have the masses \begin{tabular}{|c|c|c|c|c|} \hline $^{50}_{21}Sn$ & $^{50}_{22}Ti$ & $^{50}_{23}V$ & $^{50}_{24}Cr$ & $^{50}_{25}Mn$ \\ \hline 49.951730 & 49.944786 & 49.947164 & 49.946055 & 49.954215 \\ \hline \end{tabular} where the masses are given in atomic unit ($u$). Using these values, estimate the constant $b_5$, the strength of the pairing term in the semi-empirical formula. 6- Let's dream of a car working with nuclear fuel. So, assume that in the Uranium fission, we get 200 MeV as release energy per nucleus. How far can you drive a car with 1 g of $^{235}U$ as fuel when a car uses approximately 1 L of gasoline (density 0.70 g/cm$^3$) for every 10 km? The heat of burning for octane ($C_8H_{18}$) is 5500 kJ/mole and a gasoline engine can utilize 18% of the total energy.

          5- For A = 50, we have the masses
\begin{tabular}{|c|c|c|c|c|}
\hline
$^{50}_{21}Sn$ & $^{50}_{22}Ti$ & $^{50}_{23}V$ & $^{50}_{24}Cr$ & $^{50}_{25}Mn$ \\
\hline
49.951730 & 49.944786 & 49.947164 & 49.946055 & 49.954215 \\
\hline
\end{tabular}
where the masses are given in atomic unit ($u$). Using these values, estimate the
constant $b_5$, the strength of the pairing term in the semi-empirical formula.
6- Let's dream of a car working with nuclear fuel. So, assume that in the Uranium
fission, we get 200 MeV as release energy per nucleus. How far can you drive a car
with 1 g of $^{235}U$ as fuel when a car uses approximately 1 L of gasoline (density 0.70
g/cm$^3$) for every 10 km? The heat of burning for octane ($C_8H_{18}$) is 5500 kJ/mole
and a gasoline engine can utilize 18% of the total energy.

5- For A = 50, we have the masses

^5021Sn ^5022Ti ^5023V ^5024Cr ^5025Mn

49.951730 49.944786 49.947164 49.946055 49.954215

where the masses are given in atomic unit (u). Using these values, estimate the
constant b5, the strength of the pairing term in the semi-empirical formula.
6- Let's dream of a car working with nuclear fuel. So, assume that in the Uranium
fission, we get 200 MeV as release energy per nucleus. How far can you drive a car
with 1 g of ^235U as fuel when a car uses approximately 1 L of gasoline (density 0.70
g/cm^3) for every 10 km? The heat of burning for octane (C8H18) is 5500 kJ/mole
and a gasoline engine can utilize 18% of the total energy.

Added by Felicia M.

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