Could someone check this math problem for me? I feel like it's wrong and I have no way to check it (only the odds are in the back of the book)
https://cdn.discordapp.com/attachments/603011258970800151/688792819917127701/20200315_125422.jpg Sorry, mobile doesn't like to cooperate
first part is ok
second part not sure what you are doing. if you want to rationalize the denominator then \[\frac{1+\sqrt3}{1-\sqrt3}\]
oops, gone dang
sorry man, the page is blocked, I can't view it
@darkknight
I can confirm that tan(7pi/12) matches with what you wrote down.
\[(1+\sqrt{3})/(1 -\sqrt{3}) = \]
multiplie the numerator and denominator by conjugate of denominator do you know it ?
why is the picture sideways?
how you ve wrote on your posted paper not is correct bc. \[1-\sqrt{3}\] not is the conjugate of \[1-\sqrt{3}\]
It is correct
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