Radioactivity (A-level only)

Which statement about this reaction is not true?

$52134Te^{134}_{52}\text{Te}$ has the greatest binding energy per nucleon of the three nuclides.

The mass of $94239Pu^{239}_{94}\text{Pu}$ is greater than the sum of the masses of $52134Te^{134}_{52}\text{Te}$ and $42103Mo^{103}_{42}\text{Mo}$ .

The binding energy of the three free neutrons on the right-hand side is zero.

The total binding energy of $94239Pu^{239}_{94}\text{Pu}$ is greater than the total binding energy of $52134Te^{134}_{52}\text{Te}$ .

Radioactivity (A-level only) Questions

Which statement about this reaction is not true?

$52134Te^{134}_{52}\text{Te}$ has the greatest binding energy per nucleon of the three nuclides.

The mass of $94239Pu^{239}_{94}\text{Pu}$ is greater than the sum of the masses of $52134Te^{134}_{52}\text{Te}$ and $42103Mo^{103}_{42}\text{Mo}$ .

The binding energy of the three free neutrons on the right-hand side is zero.

The total binding energy of $94239Pu^{239}_{94}\text{Pu}$ is greater than the total binding energy of $52134Te^{134}_{52}\text{Te}$ .