WebIn quadrant I, which is “A,” underline a end underline ll of the six trigonometric functions are positive. In quadrant II, “Smart,” only underline s end underline ine and its reciprocal … WebQuadrant I: all positive, Quadrant II: sin ⁡ \sin sin, and csc ⁡ \csc csc are positive, Quadrant III: tan ⁡ \tan tan, and cot ⁡ \cot cot are positive, Quadrant IV: cos ⁡ \cos cos, and sec ⁡ \sec sec are positive.

Trigonometry: Trigonometric Functions: Functions in Quadrants SparkNotes

Web11 If tan 2.7 and csc 0, in which quadrant does lie? 1) I 2) II 3) III 4) IV 12 If cosx 0.7 and cscx 0, the terminal side of angle x is located in Quadrant 1) I ... 25 Which trigonometric function is positive in Quadrant IV? 1) sinx 2) sec x 3) csc x 4) co tx 26 An angle, P, drawn in standard position, terminates in Quadrant II if sugarmill woods country club restaurant

Why are the values of $\\sin (\\theta)$ and …

WebFinal answer. Step 1/3. We know that in first quadrant, all trigonometry functions are positive. So, QI-all trigonometry functions are positive. In second second quadrant only sin ( θ), csc ( θ) are positive but other trigonometry functions are negative. So, QII- sin ( θ), csc ( θ) are positive. But tan ( θ), cot ( θ), cos ( θ), sec ( θ ... WebMay 28, 2024 · Sine and cosecant are positive in Quadrant 2, tangent and cotangent are positive in Quadrant 3, and cosine and secant are ... The comparison of both cosecant … WebMay 4, 2015 · Then $$ \cot \alpha = \frac{\cos \alpha}{\sin \alpha} = \frac{\sqrt{1-\sin^2 \alpha}}{\sin \alpha}, $$ from which you can find $\sin \alpha$ by solving a quadratic equation. Given $\sin \alpha$, it is easy to compute the other trigonometric functions. When $\alpha$ is in quadrant III, you have to introduce a minus somewhere. sugar mill winery clarksburg