It seems you are referring to a geometrical problem where you are solving for certain variables, potentially related to a quadrilateral or some angles between points $T$, $U$, $W$, and $V$. To provide an accurate solution, I would need more information regarding the relationships between these points and angles.

However, based on the notation you provided, it seems like you're asking about the following:

• $m$ could be the measure of an angle or another unknown variable.
• $W$ and $U$ may represent points on a shape, like a triangle or quadrilateral.
• $\angle WUV$ seems to suggest an angle between points $W$, $U$, and $V$, specifically the angle at point $U$.

Could you provide more details, such as a diagram or additional relationships between the points? For example, are they part of a triangle, and are there any given angles or side lengths? Feel free to upload an image if it's part of a visual problem.

Follow-up relative questions:

1. Is this problem related to a specific geometric figure (like a triangle or quadrilateral)?
2. Are there any known side lengths or angle measures in the problem?
3. What is the significance of point $T$ in the given configuration?
4. Are there any other angles or relationships provided (such as supplementary or complementary angles)?
5. Is the problem related to any specific geometry theorem (e.g., law of cosines or sines)?

Tip:

When solving geometry problems involving angles, it's often helpful to use known theorems like the angle sum property or exterior angle theorem to simplify the problem.