Radian Measure and Circular Functions

The Radian Measure presents an alternate method to degrees for calculating angles, and it's described as the proportion of the length of an arc to the radius. Circular functions, including sine and cosine, symbolize coordinates on a unit circle. These functions establish an essential link between geometry and analysis, playing a crucial role in several domains of mathematics and physics.

Converting to Degrees, Minutes, and Seconds

Convert the following angle to degrees, minutes, and seconds form. $\alpha=-89.369^{\circ}$ The answer is (Simplify your answers. Round to the nearest second as needed.)

Finding Trig Functions Using Identities

Find $\csc (2 \pi)$. Enter " $U$ " if it is undefined.

Finding Trig Functions Using the Right Triangle

Given the following unit circle corresponding to the angle $t$ below, determine the values of each trigonometric function. Enter $\cos (t)$. Enter $\sin (t)$ Enter $\tan (t)$

Converting Radians to Degrees

Convert the angle -4 radians to degrees, rounding to the nearest 1oth.

Converting Degrees to Radians

Convert the angle measurement of 30 degrees to radians.

Finding a Reference Angle

Find the reference angle for the angle $-\frac{25 \pi}{4}$

Finding a Supplement

If an angle \(\theta\) in standard position has a measure of \(\frac{7\pi}{6}\) radians, find its supplement.

Finding a Complement

Find the complement of the angle \(\frac{7\pi}{6}\) in radian measure.

Finding the Quadrant of the Angle

For the rotation $-652^{\circ}$, find the coterminal angle from $0^{\circ} \leq \theta<360^{\circ}$, the quadrant, and the reference angle.