B Why does Lithium fission produce energy?

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    Fission Lithium
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Lithium fission is a process that can release energy, contrary to the common understanding that fission typically involves heavy elements. The discussion clarifies that while fission generally consumes energy for light elements, specific reactions involving lithium can yield energy due to the unique properties of its isotopes. Participants request detailed equations and binding energy values to better understand the reactions involved. The conversation emphasizes the need for clarity on the conditions under which lithium can undergo fission and produce energy. Overall, the exploration of lithium's behavior in nuclear reactions challenges conventional notions of fission and fusion.
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Please write down the equation for the exact reaction you are talking about, and also the binding energy for each participant.
 
Thread 'Some confusion with the Binding Energy graph of atoms'
My question is about the following graph: I keep on reading that fusing atoms up until Fe-56 doesn’t cost energy and only releases binding energy. However, I understood that fusing atoms also require energy to overcome the positive charges of the protons. Where does that energy go after fusion? Does it go into the mass of the newly fused atom, escape as heat or is the released binding energy shown in the graph actually the net energy after subtracting the required fusion energy? I...