Question

what values for q(0 12 years ago

Answer 1

There seems to be part of the problem statement missing. There is no equation without a sign of equality (= something else). Also, the expression has no variable q for the former statement to be relevant...

Answer 2

\[q(0\leq \le2\pi)\]

Answer 3

there is a q betweeen the arrows

Answer 4

I get that part... but we are looking for values that satisfy this "equation":
\( \tan ^2 \theta - \dfrac{3}{2} \sec \theta \) \( 0 \le q \le 2\pi \)
There are no q's in this expression, and there are no equality signs to make it an equation.
\( ax + b = c\) This is an equation, it has an equals sign.
\( ax + b \), \(c \) These are expressions.
If this is all there is, then the expression does not depend on q so any value would "work".

Answer 5

I am reallyconfused

Answer 6

So, there is nothing more to this part?
\( \tan^2 \theta - \dfrac{3}{2} \sec \theta \)
Like...
\( \tan^2 \theta - \dfrac{3}{2} \sec \theta \color{red}{= q} \)
Or something similar?

Answer 7

wtf