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OpenStudy (shaleiah):
@Brill
OpenStudy (anonymous):
Ok so the hypotenuse is twice of the shorter leg so when you divide by two you get \[\frac{ 10\sqrt{3} }{ 2 }\] The longer leg is then the shorter leg multiplied by \[\sqrt{3}\] is \[\frac{ 10\sqrt{3} }{ 2 }\times \frac{ \sqrt{3} }{ 1 }=\frac{ 30 }{ 2 }=15\]
OpenStudy (shaleiah):
Thank you! makes sense now!
OpenStudy (anonymous):
You're welcome
OpenStudy (shaleiah):
@brill I have one more question for you. Btw I've given you a medal and fan.
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OpenStudy (shaleiah):
@Brill
OpenStudy (anonymous):
Are you allowed a calculator?
Because there are several ways of doing this
OpenStudy (shaleiah):
Yes. I have a ti-84 calculator
OpenStudy (anonymous):
OK then have you learned about sine inverses/arcsine
I'm assuming you're taking geometry
OpenStudy (anonymous):
Hello?
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OpenStudy (shaleiah):
yes i have
OpenStudy (anonymous):
Ok then type \[\sin^{-1} (\frac{ 350 }{ 500 }\] and there's your answer, make sure you're in degree mode and not radian
OpenStudy (anonymous):
Into the calculator I mean
OpenStudy (shaleiah):
44
OpenStudy (anonymous):
Yup there you go
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OpenStudy (anonymous):
Do you need an explanation of why you type 350/500 or are you good?