x=139 Q1: A fission reaction is shown in figure, A uranium nucleus is excited by the neutron,and it split into two nuclei (krypton and barium) and emit three neutrons.barium3 neutronsuraniumneutronenergykryptonbefore and after the reaction the difference in mass of particles is:235.0439231 -91.9261528 - 140.9144064 – (2*1.0086649) = 0.186034 amuHow much energy (in KWh) is released per nuclear fission reaction?

Q1: A fission reaction is shown in figure, A uranium nucleus is excited by the neutron, and it split into two nuclei (krypton and barium) and emit three neutrons. barium 3 neutrons uranium neutron anergy krypton before and after the reaction the difference in mass of particles is: 235.0439231 - 91.9261528 - 140.9144064 – (2*1.0086649) = 0.186034 amu How much energy (in KWh) is released per nuclear fission reaction?

Q1: A fission reaction is shown in figure, A uranium nucleus is excited by the neutron, and it split into two nuclei (krypton and barium) and emit three neutrons. barium 3 neutrons uranium neutron anergy krypton before and after the reaction the difference in mass of particles is: 235.0439231 - 91.9261528 - 140.9144064 – (2*1.0086649) = 0.186034 amu How much energy (in KWh) is released per nuclear fission reaction?