The uploaded image shows three diagrams that seem to depict geometric shapes with dotted lines and certain angles or intersections. It appears to be an exercise where you are expected to either complete the shapes or determine the properties related to them.

Since the quality of the image might make it harder to fully interpret the details, here’s what I can gather:

1. Top Diagram: A pentagon (5-sided shape) with dashed lines, indicating that you may need to connect the dots or examine interior/exterior angles.
2. Middle Diagram: A hexagon (6-sided shape) also with dashed lines, likely requiring you to study its properties, maybe angles or side lengths.
3. Bottom Diagram: Another polygon, potentially related to the previous two, where you may be asked to analyze symmetry or complete the shape.

Could you provide more context or confirm the type of question you're working on (e.g., finding angles, drawing connections, calculating areas)?

Let me know if you'd like further clarification on the geometry or if you want me to analyze more specific aspects of the figures!

Also, here are five follow-up questions that can expand on this:

1. How do you calculate the sum of interior angles of a polygon?
2. What is the formula for determining each interior angle of a regular polygon?
3. How can you find the exterior angle of a regular polygon?
4. What are some properties of regular polygons regarding their sides and angles?
5. How can symmetry be used to analyze polygons?

Tip: When dealing with polygons, always remember that the sum of the exterior angles for any polygon is always $360^\circ$, regardless of the number of sides.