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\[\sqrt{100}\]How about that?

10?

can you give a harder one please

Wait no. that's simple.
Try \(\sqrt{45}\)

Slow openstudy. -_-

Break 45 into prime factors!

\[\sqrt{45}\]\[\sqrt{9 \times 5}\]\[\sqrt{3 \times3 \times 5}\]

Now since 3 got a pair, take it out of the radical:
\[3 \sqrt 5\]And you're done.

Thanks ! :)