- Required Information One Possible Fission Reaction For 235u Is 235u N 141 Cs 93rb N Where N Represents One Or 3 1 (27.76 KiB) Viewed 166 times
Required information 141 Cs + 93Rb + ?n, where "?n" represents one or One possible fission reaction for 235U is 235U +n → 141 more neutrons. The atomic masses of 235U, Cs, and 3Rb are 235.043 928 2 u, 140.920 045 1 u, and 92.922 039 3 u, respectively. From the graph given below, you can read the approximate binding energies per nucleon for the three nuclides involved in the fission reaction. Use that information to estimate the total energy released by this fission reaction. Ni Rb 160 29 U 208Pb 22Rn 200 Binding energy per nucleon (MeV) 8 7 He 0 Li gLi He 1 H 0 MeV 50 Fe. Fo 100 Nucleon number (A) 150
Required information One possible fission reaction for 235U is 235U+n → 141 Cs + 93Rb + ?n, where "?n" represents one or more neutrons. The atomic masses of 235U, Cs, and 3Rb are 235.043 928 2 u, 140.920 045 1 u, and 92.922 039 3 u, respectively. 141 55 What fraction of the rest energy of the 235U nucleus is released by this reaction? Round the answer in three significant digits. Numeric Response