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OpenStudy (anonymous):
\[\sqrt{\frac{1}{5}}\] like that?
OpenStudy (rootbeer003):
yuss
OpenStudy (rootbeer003):
will do
OpenStudy (rootbeer003):
i just like to check
OpenStudy (anonymous):
ok first off it is not "simplify" because there is no such thing, it is "write in simplest radical form" meaning get the radical out of the denominator \[\sqrt{\frac{1}{5}}=\frac{1}{\sqrt5}=\frac{1}{\sqrt5}\times \frac{\sqrt5}{\sqrt5}=\frac{\sqrt5}{5}\]
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OpenStudy (rootbeer003):
oh
OpenStudy (rootbeer003):
harharhar
OpenStudy (anonymous):
the last number is the same as the first, the only difference is that the radical has moved from the denominator in to the numerator
OpenStudy (anonymous):
it is always true that \[\frac{1}{\sqrt{a}}=\frac{\sqrt{a}}{a}\]
OpenStudy (rootbeer003):
It wont let me message you btw
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OpenStudy (anonymous):
so for example if you see \[\frac{1}{\sqrt2}\] you know it is \[\frac{\sqrt2}{2}\]
OpenStudy (rootbeer003):
also in the calculator, i got square root 5 0ver 5
OpenStudy (anonymous):
you got a hell of a calculator!!
OpenStudy (astrophysics):
Wow my calculator barely does fractions
OpenStudy (rootbeer003):
my sister has one from college
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TheSmartOne (thesmartone):
ikr astro xD
OpenStudy (rootbeer003):
its like 90 bucks idk
OpenStudy (astrophysics):
The joke is I'm my own calculator! And I can barely do fractions, I'm dumb!