Question

Precalculus

Answer 1

Hm?

Answer 2

If \[\tan (\frac{ \pi }{ 3 } - A) = \cot (\frac{ \pi }{ 3 })\]

What is A?

\[0 < A < \frac{ \pi }{ 2 }\]

Answer 3

Well, A is bigger then 0 and Smaller then Pie/2 right?

Answer 4

Than*

Answer 5

Yes, this has to do with Cofunction Identities.

Answer 6

Okay, So the pie is 3.14/2

Answer 7

That just means A is within the first quadrant of the unit circle

Answer 8

@bm717

Answer 9

Yes?

Answer 10

Sarah :)

Answer 11

Shadow :)

Answer 12

You know this question?

Answer 13

You have to isolate the function and take the inverse

Answer 14

\[\cot \frac{ \pi }{ 3 } = \frac{ \sqrt3 }{ 3 }\]

\[\tan \frac{ \pi }{ 3 } - A = \frac{ \sqrt 3 }{ 3}\]
\[\frac{ \pi }{ 3 } - A = \frac{ \pi }{ 6 }\]
\[-A = - \frac{ \pi }{ 6 }\]
\[A = \frac{ \pi }{ 6 }\]

Answer 15

Good?

Answer 16

Yeh, I think so.

Answer 17

I’m on mobile but the work is right... I believe.

Answer 18

You're great. I don't have $200 for you, so I hope my thanks can suffice.

Answer 19

LMAO
I’ll be sending the bill to you in.a little bit.

Answer 20

Wow

Answer 21

It might take a while however, knowing you live on el Hawaii

Answer 22

I'll find a way to pay you back

Answer 23

You better.