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Show that the square of any positive integer cannot be of the form $5q+2$ or $5q+3$ for any integer $q$.

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$\text{l.c.m.} (36, 94) = \dots$

Prove that the square of any odd positive integer is of the form $8m + 1$,where $m$ is a non-negative integer.

Find : $\sqrt{7+2 \sqrt{10}}$

Can two numbers have $18$ as their $HCF$ and $380$ as their $LCM$? Give reasons.

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