Atomic Fusion of Molecular Deuterium

Chemistry Level pending

$1) \space \space _1^2H + _1^2H \rightarrow _?^?A + _1^1p$$2) \space \space _1^2H + _1^2H \rightarrow _?^?B + _0^1n$$3) \space \space _?^?A + _?^?B \rightarrow _?^?C + _0^1n + _1^1p$ Two deuterium ($$_1^2H$$) atoms have an equal chance of undergoing atomic fusion through reaction $$1$$ or $$2$$. A third reaction occurs from the fusion of $$A$$ and $$B$$; the products of the first two reactions; respectively.  Determine the identity of $$C$$ and give your answer as the $$\text{mass number}$$ divided by the $$\text{atomic number}$$ of $$C$$. $Key: \\ _1^1p = proton \\ _0^1n = neutron$

David's Organic Chemistry Set

David's Physical Chemistry Set

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