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OpenStudy (anonymous):
OpenStudy (anonymous):
@CliffSedge @phi
OpenStudy (anonymous):
I'd use Law of Cosines. Do you know it?
OpenStudy (anonymous):
|dw:1347139679886:dw|
OpenStudy (anonymous):
a=50
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OpenStudy (anonymous):
?
OpenStudy (anonymous):
Actually, I revise that. Since there is only one missing side and two missing angles. Law of Sines would probably be best.
OpenStudy (anonymous):
A combination of the two are definitely sufficient to solve any triangle with enough given information.
OpenStudy (anonymous):
|dw:1347139841081:dw|
OpenStudy (anonymous):
Any of that look familiar?
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OpenStudy (anonymous):
kinda.
OpenStudy (anonymous):
What's your experience with trigonometry?
OpenStudy (anonymous):
basically none.
OpenStudy (anonymous):
@CliffSedge
OpenStudy (anonymous):
Then why are you trying to solve this problem?
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OpenStudy (anonymous):
because i just started taking pre-calc this year. its required.
OpenStudy (anonymous):
I see, so you've had some geometry and a decent algebra background, but no formal trigonometry yet?
OpenStudy (anonymous):
correct
OpenStudy (anonymous):
Ok, then let's break this down into fundamentals then.
|dw:1347140299787:dw|
This is a right triangle in standard position. The acute angle is labelled 'theta'