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OpenStudy (anonymous):
cot(csc inverse sqrt 10) Find the exact value, express in radians
will fan and medal
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OpenStudy (anonymous):
express in radians
right !! how about "express is euros" or "express is centigrade"
OpenStudy (anonymous):
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OpenStudy (anonymous):
find \(a\) via pythagoras then you can take any trig ration you like
OpenStudy (anonymous):
express in radians? did someone actually write that? it is not an angle you are looking for, it is just a number
OpenStudy (anonymous):
For the a I got sqrt 9
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OpenStudy (anonymous):
you should find that the missing side is 3
OpenStudy (anonymous):
yeah \(\sqrt 9=3\) right?
OpenStudy (anonymous):
Oh yeah
OpenStudy (anonymous):
so cotangent is \(\frac{3}{1}=3\)
OpenStudy (anonymous):
but it sure as hell isn't three radians, it is the number three
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OpenStudy (anonymous):
tell your math teacher that "express in radians" business is just plain nonsense
OpenStudy (xapproachesinfinity):
hehe was slow lol
OpenStudy (anonymous):
Thats okay, thanks :)
OpenStudy (anonymous):
hmm
\[\csc(\theta)=\sqrt{10}\iff \sin(\theta)=\frac{1}{\sqrt{10}}\]
OpenStudy (anonymous):
it is very unlikely that the sine of anything is the square root of ten
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OpenStudy (anonymous):
@xapproachesinfinity you got your triangle labelled goofy
root ten should be the hypotenuse
OpenStudy (xapproachesinfinity):
lol not thinking hehe
OpenStudy (xapproachesinfinity):
at some point i was thinking of sin inverse not csc inverse lol
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