Question

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Answer 1

lol your math teacher must hate you

Answer 2

\[.\overline{32}=\frac{32}{99}\] for starters

Answer 3

as for \(\sqrt{294}\) it turns out that \(294=49\times 6\) so \[\sqrt{249}=\sqrt{49\times 6}=\sqrt{49}\sqrt6=7\sqrt6\]

Answer 4

giving you \[\frac{32\times 7\sqrt6}{99}\] which i doubt reduces

Answer 5

yeah you are just guessing, because it isn't

Answer 6

the square root of any number that is not a perfect square, is irrational
so for example \(\sqrt6\) is irrational

Answer 7

yeah fraction of integers, not fractions of any number

Answer 8

You can't make pi into a rational number just by putting it over 1...

Answer 9

for example \[\frac{123}{321}\] is rational but \[\frac{\pi^2}{6}\] is not

Answer 10

good luck!

Answer 11

btw rawritskitty is the best name of the week

Answer 12

yw