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Calculus and Beyond Homework Help
Suggestions on how to go about proving a^(m+n)=a^(m)a^(n)
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[QUOTE="alianna, post: 4445461, member: 483558"] So would you be able to say: Since a^(m+n)=a^(m)a^(n). Then this implies that: a^(m+n+1)= a^(m+1+n)= a^(m+1)a^(n)? This doesn't seem right because we are assuming what we are trying to prove. Why are you allowed to show for m+1 but don't have to for n+1 or do you just assume since m+1 works then n+1 works? Im still confused how this deals with the negative values of m and n. [/QUOTE]
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Homework Help
Calculus and Beyond Homework Help
Suggestions on how to go about proving a^(m+n)=a^(m)a^(n)
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