![For the angle: \frac{-33 \pi}{5} A. What quadrant does the angle \frac{-33 \ pi}{5} fall in? B. Find two angles coterminal to \frac{-33 \pi}{5}, measured in radians, one positive and one negative. Find For the angle: \frac{-33 \pi}{5} A. What quadrant does the angle \frac{-33 \ pi}{5} fall in? B. Find two angles coterminal to \frac{-33 \pi}{5}, measured in radians, one positive and one negative. Find](https://homework.study.com/cimages/multimages/16/radian_quadrants3660624116235085518.png)
For the angle: \frac{-33 \pi}{5} A. What quadrant does the angle \frac{-33 \ pi}{5} fall in? B. Find two angles coterminal to \frac{-33 \pi}{5}, measured in radians, one positive and one negative. Find
![Convert the angle \theta=\dfrac{3\pi}{5}θ= 53π theta, equals, start fraction, 3, pi, divided by, 5, end - brainly.com Convert the angle \theta=\dfrac{3\pi}{5}θ= 53π theta, equals, start fraction, 3, pi, divided by, 5, end - brainly.com](https://us-static.z-dn.net/files/d8f/25a8b8b350b30f6cb2310bbc80b89c6b.png)
Convert the angle \theta=\dfrac{3\pi}{5}θ= 53π theta, equals, start fraction, 3, pi, divided by, 5, end - brainly.com
SOLUTION: i need an example of how to go about working out the solutions of an equation for e.g. Sinx= 0.5 with the domain XE[0,pi]
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