Mass of an electron e 0.000 549 amu Mass of a positive electron. et 0.000 549 amu Mass of a helium-3 nucleus. 3 He 3.014 933 amu Mass of a helium-4 nucleus. *He 4.001 504 amu Time left 0:58:3 Mass of a hydrogen-1 nucleus 1.007 276 amu Mass of a neutrino Ve 0 amu Use Scientific Notation (and round the number to 3 SigFig) A) Calculate the energy generated in amu? [hint: mass of (4 , H) - mass of (He + 2e+ + 2ve) = energy released in amu E = amu. [show 3 significant figures; for example 1.23e-4; 3.21e5] B) Calculate the energy generated in MeV? [hint: 1 amu = 931 MeV] E = MeV. [show 3 significant figures; for example 1.23e-4; 3.21e5] C) Calculate the energy generated in Joules? [hint: 1 MeV = 1.602 x 10 13 Joules E = Joules. [show 3 significant figures; for example 1.23e-4; 3.21e5]