![Given that cos theta = -1/3 and tan theta greater than 0 . Find sin theta and cot theta . | Homework.Study.com Given that cos theta = -1/3 and tan theta greater than 0 . Find sin theta and cot theta . | Homework.Study.com](https://homework.study.com/cimages/multimages/16/quadrants4075222118515043410.png)
Given that cos theta = -1/3 and tan theta greater than 0 . Find sin theta and cot theta . | Homework.Study.com
![trigonometry - $\cot \theta = -8/9$, $\cos \theta > 0$ Why does the answer have a positive sin and negative cos but mine doesn't? - Mathematics Stack Exchange trigonometry - $\cot \theta = -8/9$, $\cos \theta > 0$ Why does the answer have a positive sin and negative cos but mine doesn't? - Mathematics Stack Exchange](https://i.stack.imgur.com/kegAi.png)
trigonometry - $\cot \theta = -8/9$, $\cos \theta > 0$ Why does the answer have a positive sin and negative cos but mine doesn't? - Mathematics Stack Exchange
![Discuss with your friends about the following conditions: What can you say about cot 0^(@) =(1)/( tan 0^(@) ) Is it defined ? Why ? Discuss with your friends about the following conditions: What can you say about cot 0^(@) =(1)/( tan 0^(@) ) Is it defined ? Why ?](https://d10lpgp6xz60nq.cloudfront.net/web-thumb/515786355_web.png)
Discuss with your friends about the following conditions: What can you say about cot 0^(@) =(1)/( tan 0^(@) ) Is it defined ? Why ?
![If cos theta is less than 0 and cot theta is greater than 0, then the terminal point determined by - Brainly.com If cos theta is less than 0 and cot theta is greater than 0, then the terminal point determined by - Brainly.com](https://us-static.z-dn.net/files/ddd/acddc415f06ccd90dd3d6fcb46b5a906.jpg)
If cos theta is less than 0 and cot theta is greater than 0, then the terminal point determined by - Brainly.com
How are six basic trigonometry functions (sin, cos, tan, sec, cot, csc) related to each other? - Quora
![Question Video: Using Periodic and Cofunction Identities to Evaluate a Trigonometric Function of a Given Angle | Nagwa Question Video: Using Periodic and Cofunction Identities to Evaluate a Trigonometric Function of a Given Angle | Nagwa](https://media.nagwa.com/748153414027/en/thumbnail_l.jpeg)