I need some help with the following problem:
Show that for any pair $(a,b)$ of positive integers, $\dfrac{a+2b}{a+b} < \sqrt{2} < \dfrac{a}{b}$.
I tried squaring both sides of the inequality, but I was not able to solve it.
I need some help with the following problem:
Show that for any pair $(a,b)$ of positive integers, $\dfrac{a+2b}{a+b} < \sqrt{2} < \dfrac{a}{b}$.
I tried squaring both sides of the inequality, but I was not able to solve it.
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