(a) the energy released in joules for a single event (one uranium atom splitting):                   × 10      J/atom U-235 (b) the energy released in joules per mole of uranium splitting: × 10      J/mol (c) the percentage of mass lost in the reaction % mass loss

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(a) the energy released in joules for a single event (one uranium atom splitting):

                  × 10      J/atom U-235


(b) the energy released in joules per mole of uranium splitting:

× 10      J/mol


(c) the percentage of mass lost in the reaction

% mass loss

Consider the fission reaction:
23U+ ¿n → Sr + 4Xe + 3,n+ energy
139
94 Sr +
Calculate the following using this mass data (1.0 g is 9.0 x 1013 J):
U-235 = 235.0439 amu
Sr-94 = 93.9154 amu
Xe-139 = 138.9179 amu n= 1.0087 amu
Transcribed Image Text:Consider the fission reaction: 23U+ ¿n → Sr + 4Xe + 3,n+ energy 139 94 Sr + Calculate the following using this mass data (1.0 g is 9.0 x 1013 J): U-235 = 235.0439 amu Sr-94 = 93.9154 amu Xe-139 = 138.9179 amu n= 1.0087 amu
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