What is the exact value of $\frac{7 π}{12}$ $(7pi)/12$ ?

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What is the exact value of $\frac{7 π}{12}$ $(7pi)/12$ ?

I got $\frac{\sqrt{3} + 1}{1 - \sqrt{3}}$ $(sqrt3+1)/(1-sqrt3)$

Is this right? I feel like I did something wrong...

1 Answer

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Answer 1 · 2017-11-27T18:23:56

See below.

Explanation:

Not sure what you are trying to do here.

$\frac{\sqrt{3} + 1}{1 - \sqrt{3}} < 0$ $(sqrt(3)+1)/(1-sqrt(3))<0$

You can't find an exact value for $\frac{7 π}{12}$ $(7pi)/12$ . $π$ $pi$ is an irrational number and can't be written in terms of other irrational or rational numbers.

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What is the exact value of $\frac{7 π}{12}$ $(7pi)/12$ ?

I got $\frac{\sqrt{3} + 1}{1 - \sqrt{3}}$ $(sqrt3+1)/(1-sqrt3)$

Is this right? I feel like I did something wrong...

1 Answer

Explanation:

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What is the exact value of 7π12(7pi)/12?

I got √3+11−√3(sqrt3+1)/(1-sqrt3) Is this right? I feel like I did something wrong...

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Explanation:

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Impact of this question

What is the exact value of $\frac{7 π}{12}$ $(7pi)/12$ ?

I got $\frac{\sqrt{3} + 1}{1 - \sqrt{3}}$ $(sqrt3+1)/(1-sqrt3)$

Is this right? I feel like I did something wrong...