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In one of neutron induced fission of .(9...

In one of neutron induced fission of `._(92)U^(235),. _(38)Sr^(90)` & `._(54)Xe^(143)` were produced. Calculate energy released per neutron produced if masses of `._(92)U^(235), ._(38)Sr^(90), ._(54)Xe^(143)` & neutron are `234.83,89.98, 142.71 `& `1.02` respectively. [Take 1 amu = 930 MeV]
Express your answer in the form `X xx 10^(4) eV` and fill the value of X in OMR sheet.

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The number of neutrons emitted when ._(92)^(235)U undergoes controlled nuclear fission to ._(54)^(142)Xe and ._(38)^(235)U undergoes controlled nuclear fission to ._(54)^(142)Xe and ._(38)^(90)Sr is:

Calculate the number of neutrons emitted when ._(92)U^(235) undergoes controlled nuclear fission to ._(54)Xe^(142) and ._(38)Sr^(90) .

""_(92)U""^(235) nucleus absorbes a neutron and disintegrate into ""_(54)Xe""^(139),""_(38)Sr""^(94) , and x neutrons x is

The number of neutrons accompanying the formation of ._(54)Xe^(139) and ._(38)Sr^(94) from the absorption of a slow neutron by ._(92)U^(235) , followed by nuclear fission is

Consider one of the fission reactions of U^(235) by thernmal neutrons : ._(92)U^(235) + n rarr ._(38)Sr^(94) + ._(54)Ce^(140) + 2n The fission fragments are, however, not stable. They unaergo successive beta- decays unit ._(38)Sr^(94) becomes ._(40)Zr^(94) and ._(54)Xe^(140) becomes ._(58)Ce^(140) . Estimate the total energy released in the process. Is all that energy available as kinetic energy of the fission products (Zr and Ce)? You are given that m (U^(235)) = 255.0439 am u," " m_(n) = 1.00866 am u " " m(Zr^(94)) = 93.9065 am u, " " m(Ce^(140)) = 139.9055 am u

The number of neutrons emitteed when ._(92)^(235)U undergoes controlled nulclear fission to ._(54)^(142)Xe and ._(38)^(90)Sr is:

In neutron-induced fission of ._(92)^(235)U (235.044amu) two stable end products usually formed are ._(42)^(98)Mo (97.905amu) and ._(54)^(136)Xe usually formed (135.917 amu. Assuming that these isotopes have come from the original fisiion process, find (i) what elementary particles are released (ii) mass defect of the reaction (iii) the equivalent energy released.

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