[" Complete the following fission reaction "],[" and how do we calculate the amount of "],[" energy it releases."],[qquad _(0)^(1)n+_(92)^(235)U rarr_(38)^(88)Sr+_(54)^(136)Xe+?]

Calculate the amount of energy released when 1 kg of ""_(92)^(235)"U" undergoes fission reaction.

Complete the following nuclear equation by suppling the symbol for the other product of the fission : ._(92)^(235)U+_(0)^(1)n rarr _(38)^(94)Sr +………+2_(0)^(1)n a) ._(54)^(139)Xe b) ._(54)^(140)Xe c) ._(64)^(104)Gd d) none of these

Complete the following nuclear equation by suppling the symbol for the other product of the fission : ._(92)^(235)U+_(0)^(1)n rarr _(38)^(94)Sr +………+2_(0)^(1)n

Complete the following nuclear equation by suppling the symbol for the other product of the fission : ._(92)^(235)U+_(0)^(1)n rarr _(38)^(94)Sr +………+2_(0)^(1)n

Calculate the energy released in the following nuclear reaction and hence calculate the energy released when 235 gram of uranium-235 undergoes fission. U_(92)^(235) + n_(0)^(1) to Kr_(36)^(92) + Ba_(56)^(141) + 3n_(0)^(1) Rest masses of U^(235), Ba^(141) ,Kr^(92) and neutron are 235.04390 amu, 140.91390 amu, 91.89730 amu and 1.00867 amu respectively. Avogadro number = 6.023 xx 10^(23) .

Complete the following nuclear fission reactions : (a) ""_(92)^(235) U +_(0)^(1) n to_56 Ba + ^92 Kr + 3 _(0)^(1) n + ...... (b) ""_(92)^(235) U +_(0)^(1) n to^148 La +_(35)^(85) Br + ...... _(0)^(1) n + en ergy