A fission reaction that would occur in a nuclear reactor is on+ 92 U -> 54 Xe + 38 Sr + 3x on + E where E is the amount of mass energy released. The atomic masses are given below. Calculate the mass energy released. uranium - 235 235. 043 u xenon - 143 142 . 908 u strontium - 90 89 . 907 u neutron 1. 009 u where u = the atomic mass unit = 931.5 MeV/c2. (A) (in Mev) OA: 134.91 OB: 195.62 OC: 283.64 OD: 411.28 OE: 596.36 OF: 864.72 OG: 1253.84 OH: 1818.07 Submit Answer Tries 0/12 (B) Take the result of (A) to be an average fission. How many fissions per second would be required to generate total power = 1 GW? (in s^-1) OA: 2.499x 1019 OB: 2.824x1019 OC: 3.191x1019 OD: 3.606x 1019 OE: 4.075x 1019 OF: 4.604x 1019 OG: 5.203x 1019 OH: 5.879x1019 Submit Answer Tries 0/12