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OpenStudy (anonymous):
how do you find the radian value for y=cot^-1 (√3/3) in steps!!!
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OpenStudy (anonymous):
OpenStudy (anonymous):
cotan(y) ?!
OpenStudy (anonymous):
yes
OpenStudy (anonymous):
:) :) I'm asking you ! \[\text{if }y=\cot^{-1}(\frac{\sqrt{3}}{3})\text{ then } \cot(y)= ?!\]
OpenStudy (anonymous):
coty = (√3/3)
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OpenStudy (anonymous):
Good ! and also y in ???! "don't forget this condition"
OpenStudy (anonymous):
@Neemo guess what !! i think i solved it by myself!
OpenStudy (anonymous):
I'm not surprised ! You're smart ! don't forget \[???<y < ????\]
OpenStudy (anonymous):
OpenStudy (anonymous):
Did you use your calculator ?! or what ?!
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OpenStudy (anonymous):
yes because the book said to use your calculator!
OpenStudy (anonymous):
ohh ! Then why tan^-1??? you don't have cot^-1 in your calculator !
OpenStudy (anonymous):
oh because coty=x means 1/tany = x right
OpenStudy (anonymous):
what you did is good ! But I if you've used your calculator,I just don't see the objective of the question !
OpenStudy (anonymous):
i guess....
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OpenStudy (anonymous):
we can do it without using calculator !
OpenStudy (anonymous):
how do you do it?
OpenStudy (anonymous):
U did correct @Isugano
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