The energy released per gram of 235^U in J/g in the case of the fission of this nucleus at 144^Ba, 89^Kr and two neutrons will be: (Data: consider the masses of these isotopes to be: 235.04390 u(235^ U), 143.922953 u (144^Ba) and 88.917630 u(89^Kr)) ( ) 5,0 x10 ^4 J/g. ( ) 8,5x10^7 J/g. ( ) 4,4 x10^23 J/g. ( ) 7,1 x10^10 J/g. ( ) 4,4 x10^10 J/g.
The energy released per gram of 235^U in J/g in the case of the fission of this nucleus at 144^Ba, 89^Kr and two neutrons will be: (Data: consider the masses of these isotopes to be: 235.04390 u(235^ U), 143.922953 u (144^Ba) and 88.917630 u(89^Kr)) ( ) 5,0 x10 ^4 J/g. ( ) 8,5x10^7 J/g. ( ) 4,4 x10^23 J/g. ( ) 7,1 x10^10 J/g. ( ) 4,4 x10^10 J/g.
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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The energy released per gram of 235^U in J/g in the case of the fission of this nucleus at 144^Ba, 89^Kr and two neutrons will be: (Data: consider the masses of these isotopes to be: 235.04390 u(235^ U), 143.922953 u (144^Ba) and 88.917630 u(89^Kr))
( ) 5,0 x10 ^4 J/g.
( ) 8,5x10^7 J/g.
( ) 4,4 x10^23 J/g.
( ) 7,1 x10^10 J/g.
( ) 4,4 x10^10 J/g.
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