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https://texercises.com/exercise/carbon-decay/
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Exercise:
Show that the decay isotopeC rightarrow isotopeB +mboxp is not possible because energy would not be conserved.

Solution:
Due to Einstein's formula of mass–energy equivalence energy conservation is equivalent to mass conservation. The mass difference of the left and right side of the considered nuclear reaction is: Delta m MisotopeC - MisotopeBe -MisotopeH .u – .u – .u -.u Because the right side is heavier than the left side it means the reaction produces mass i.e. it needs energy.
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Exercise:
Show that the decay isotopeC rightarrow isotopeB +mboxp is not possible because energy would not be conserved.

Solution:
Due to Einstein's formula of mass–energy equivalence energy conservation is equivalent to mass conservation. The mass difference of the left and right side of the considered nuclear reaction is: Delta m MisotopeC - MisotopeBe -MisotopeH .u – .u – .u -.u Because the right side is heavier than the left side it means the reaction produces mass i.e. it needs energy.
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Attributes & Decorations
Branches
Work, Energy, Power
Tags
alpha, binding, bor, carbon, decay, energy, nuclear, nucleus, physics, radioactivity, stability
Content image
Difficulty
(2, default)
Points
2 (default)
Language
ENG (English)
Type
Calculative / Quantity
Creator uz
Decoration
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Link