1. The problem statement, all variables and given/known data For 58Ni: B(AZX) = aVA - aAA^2/3 - aC[Z(Z-1)]A^-1/3 - aS[(N-Z)^2]/A + δ. Using the parameter values given by Enrico Fermi (aV = 14 MeV, aA = 13 MeV, aC = 0.72 MeV, aS = 19 MeV, ∆ = 33 MeV · A-3/4), determine each term in the formula. Calculate the magnitude of the surface energy. Determine the magnitude of the Coulomb energy. What is the magnitude of the symmetry energy? What is the total binding energy according to the Weizsacker formula? What is the binding energy of the nucleus using the table of atomic masses ? 3. The attempt at a solution For Nickel: A=58 Z=28 N=30 Using the given parameters I think it would be a simple plug in on each term to find the wanted energies. So I am not sure why it wont work.