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Exercise 2.8 (Solutions)

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e inverse of 1? (iii) Is the set $G$, under the given operation a group? Abelian or non-abelian? **Solutions**\\ (i) From the given table we have $0+0=0$ and $0+1=1$. This show tha... (iii) It is clear from table that element of the given set satisfies closure law, associative law, identity law and inverse law thus given set is group under $\oplus$. Also it satisfies c