![SOLUTION: Use the trigonometric function values of the quadrant angles to evaluate. 7 cot 270 degrees + 3 cos 180 degrees. SOLUTION: Use the trigonometric function values of the quadrant angles to evaluate. 7 cot 270 degrees + 3 cos 180 degrees.](http://theo.x10hosting.com/2014/090706.jpg)
SOLUTION: Use the trigonometric function values of the quadrant angles to evaluate. 7 cot 270 degrees + 3 cos 180 degrees.
![Calculate the values of x between 0^(@) and 360 ^(@) which satisfy sin (270^(@) - x) = cos 292 ^(@). Calculate the values of x between 0^(@) and 360 ^(@) which satisfy sin (270^(@) - x) = cos 292 ^(@).](https://doubtnut-static.s.llnwi.net/static/web-thumb/286874353_web.png)
Calculate the values of x between 0^(@) and 360 ^(@) which satisfy sin (270^(@) - x) = cos 292 ^(@).
![How to find the values of sine and cosine for obtuse angles on the Bradis table. Example 2 | MATHVOX How to find the values of sine and cosine for obtuse angles on the Bradis table. Example 2 | MATHVOX](https://mathvox.com/wp-content/uploads/2018/12/Bradis_sin-2.png)
How to find the values of sine and cosine for obtuse angles on the Bradis table. Example 2 | MATHVOX
![SOLVED:Find all the complex cube roots of w = 125(cos 270? sin 270"_ Write the roots in polar form with in degrees_ cos sin (Type answers in degrees. Simplify your answer ) SOLVED:Find all the complex cube roots of w = 125(cos 270? sin 270"_ Write the roots in polar form with in degrees_ cos sin (Type answers in degrees. Simplify your answer )](https://cdn.numerade.com/ask_images/ababbcdf3de441f8aeb652bbfcf753c8.jpg)