Question: Prove that if $g ( n ) > 0 $ for all $n$ ( so $g$ cannot be 0 ) , then the two definitions
Prove that if $gn$ for all $n$ so $g$ cannot be then the two definitions are equivalent. That is $f$ is $Og$ according to the first definition if and only if $f$ is $Og$ according to the second definition.
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