S SaintJude Full Member 10+ Year Member Joined Jan 4, 2012 Messages 1,479 Reaction score 5 Points 4,531 Pre-Medical Mar 23, 2012 #1 Advertisement - Members don't see this ad E= mc2. How can E represent the nuclear binding energy and also represent the energy liberated in a reaction? E = binding energy = energy released??
Advertisement - Members don't see this ad E= mc2. How can E represent the nuclear binding energy and also represent the energy liberated in a reaction? E = binding energy = energy released??
MedPR Membership Revoked Removed 10+ Year Member Joined Dec 1, 2011 Messages 18,577 Reaction score 57 Points 4,641 Pre-Podiatry Mar 23, 2012 #2 SaintJude said: E= mc2. How can E represent the nuclear binding energy and also represent the energy liberated in a reaction? E = binding energy = energy released?? Click to expand... I think the concept is that whatever matter is broken off (e.g fission or whatever) is the source of the energy. And since energy is conserved, whatever energy the matter had while it was bound is what it has when it is released. Upvote 0 Downvote
SaintJude said: E= mc2. How can E represent the nuclear binding energy and also represent the energy liberated in a reaction? E = binding energy = energy released?? Click to expand... I think the concept is that whatever matter is broken off (e.g fission or whatever) is the source of the energy. And since energy is conserved, whatever energy the matter had while it was bound is what it has when it is released.