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The Masses of He, Li and B

Question 40

Multiple Choice

The masses of The masses of   He,   Li and   B are 4.0015,6.0135 and 10.0102 amu,respectively.Splitting a boron-10 nucleus to helium-4 and lithium-6 would: A) absorb energy B) evolve energy C) result in no energy change D) boron cannot be split E) cannot be determined He, The masses of   He,   Li and   B are 4.0015,6.0135 and 10.0102 amu,respectively.Splitting a boron-10 nucleus to helium-4 and lithium-6 would: A) absorb energy B) evolve energy C) result in no energy change D) boron cannot be split E) cannot be determined Li and The masses of   He,   Li and   B are 4.0015,6.0135 and 10.0102 amu,respectively.Splitting a boron-10 nucleus to helium-4 and lithium-6 would: A) absorb energy B) evolve energy C) result in no energy change D) boron cannot be split E) cannot be determined B are 4.0015,6.0135 and 10.0102 amu,respectively.Splitting a boron-10 nucleus to helium-4 and lithium-6 would:


A) absorb energy
B) evolve energy
C) result in no energy change
D) boron cannot be split
E) cannot be determined

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