I need to prove if
for $f(x) = o(h(x))$ and $g(x) = o(q(x))$
then $f(x) + g(x) = o(|h(x)| + |q(x)|)$
I think that this is false but I am struggling to find a counter example.
I need to prove if
for $f(x) = o(h(x))$ and $g(x) = o(q(x))$
then $f(x) + g(x) = o(|h(x)| + |q(x)|)$
I think that this is false but I am struggling to find a counter example.
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Hint: if $|f(x)| \le a |h(x)|$ and $|g(x)| \le a |q(x)|$ then $|f(x) + g(x)| \le a (|h(x)| + |q(x)|)$.