Students plot and connect points to form shapes on a coordinate grid.

It looks like you've uploaded a coordinate plotting activity, where you're supposed to plot points on a coordinate plane and connect them in order to form shapes. However, since I can't view images directly, I’ll help you solve the problem based on the text you provided.

Let’s go through this step by step.

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🔍 Understanding the Task

You are given a list of coordinates grouped into "Shapes" (Shape 1 through Shape 17). The instructions say:

> Holding the paper vertically, plot each point on the axes and connect them in order. Do not connect the shapes to each other.

So:
- You need to plot each shape separately.
- Within each shape, connect the points in the order listed.
- Do not connect one shape to another.

This is a classic "connect-the-dots" style" graphing activity, likely meant to create a picture when all shapes are plotted.

---

🧩 Step-by-step Plan

We'll analyze the structure of the data and explain how to approach it.

#### ✔ What You Need:
- Graph paper or a coordinate plane.
- A pencil and ruler.
- Plot each point from each shape in order.
- Connect the points within each shape, but do not connect between shapes.

---

📊 Let's Look at the Data

Here are the coordinates grouped by shape. I will reformat them for clarity.

---

#### Shape 1
```
(-9, -20), (-10, -17), (-10, -9), (-13, -9), (-14, -8), (-14, -6), (-13, 0), (-12, 5), (-11, 9), (-9, 9),
(-10, 10), (-10, 11), (-9, 13), (-9, 15), (-8, 17), (-6, 19), (-6, 20), (-5, 20), (-5, 19), (-3, 17),
(-2, 13), (-1, 13), (0, 14), (2, 14), (4, 12), (5, 12), (4, 13), (4, 15), (5, 16), (6, 16), (7, 15),
(7, 9), (8, 9), (9, 5), (10, 0), (11, -6), (11, -8), (11, -9), (7, -9), (7, -20), (8, -18), (8, -20),
(-11, -20), (-10, -17), (-10, -20), (-9, -18)
```

Wait — notice:
The last few points seem to be repeating earlier ones, possibly to close the shape.

But let’s check if this is a closed loop.

Looking closely:
- Starts at (-9, -20)
- Ends at (-9, -18) → not the same as start
- But maybe there's an error? Or perhaps it's intentional?

Actually, let’s look at Shape 2:

#### Shape 2
```
(-6, 19), (5, 19)
```

That’s only two points — probably a line segment.

#### Shape 3
```
(-9, 9), (-6, 9), (-7, 6), (-7, 3), (-6, 2), (-5, 2), (-4, 3), (4, 6), (6, 9), (7, 15), (6, 15)
```

Looks like a small shape.

But wait — some coordinates are repeated across shapes? That might be a typo or intentional.

Let’s try to interpret this systematically.

---

🔎 Observation: This Appears to Be a Snoopy Drawing!

Given the name "Snoopy" at the top, and the complexity of the coordinates, this is likely a coordinate drawing of Snoopy, the famous Peanuts character.

These types of activities are common in math classrooms to practice graphing skills.

---

✔ How to Solve It

Here’s what you should do:

#### 1. Set Up Your Coordinate Plane
- Draw x-axis (horizontal) and y-axis (vertical).
- Label both axes with numbers. Since values range from about -20 to +14, make sure your grid covers:
- X: -20 to +14
- Y: -20 to +20
- Use graph paper or a digital tool like Desmos.

#### 2. Plot Each Shape Separately
For each shape, plot the points in order and connect them only within that shape.

For example:

##### Shape 1 – Likely the main body/head
Start at (-9, -20), then (-10, -17), etc., up to (11, -9), then back down.

This seems to trace a large curved path — possibly Snoopy’s body or head.

##### Shape 2 – Only two points: (-6,19) to (5,19)
→ A horizontal line near the top — maybe an ear or part of a hat?

##### Shape 3 – Points from (-9,9) to (7,15)
→ Could be a leg or arm?

##### Shape 4
```
(-8, 12), (-8, 13), (-7, 13), (-7, 12), (-8, 12)
```
→ A small square? Repeats start → forms a rectangle.

Wait — that’s only 5 points, and it ends at (-8,12), which is the start.

So it’s a closed rectangle at (-8,12) to (-7,13).

Likely a small detail like a button or eye.

---

🔄 Important Notes

- Some shapes are very short (e.g., Shape 2 has only 2 points).
- Some shapes repeat the first point at the end — indicating a closed shape.
- You must not connect different shapes together.
- The final image should resemble Snoopy, possibly sitting or standing.

---

🖼️ Expected Result

When all points are plotted and connected correctly:
- You should see a dog (Snoopy) with features like:
- Head
- Body
- Legs
- Ears
- Possibly a red doghouse or something else
- Shapes 1–17 may represent different parts of the dog or background.

---

💡 Tips for Accuracy

1. Use a ruler to draw straight lines between consecutive points.
2. Double-check coordinates — especially signs.
- Example: (-9, -20) vs (9, -20)
3. Label shapes lightly so you don’t confuse them.
4. Work slowly — it's easy to skip a point.

---

❓ Why Are There So Many Shapes?

Each shape represents a distinct feature:
- Outline of head
- Ear
- Eye
- Nose
- Leg
- Tail
- Background elements

Some shapes are just lines (like Shape 2), others are closed figures.

---

✔ Final Answer Summary

To solve the problem:

1. Plot each coordinate point from the list on a coordinate plane.
2. Connect the points in order within each shape.
3. Do not connect different shapes.
4. The result should be a drawing of Snoopy.
5. Use careful plotting — accuracy matters.

---

🛠️ Optional: Use Digital Tools

If you want to verify your work:
- Go to [Desmos.com](https://www.desmos.com/graph)
- Input each shape as a list of points:
```plaintext
Shape 1: (-9,-20), (-10,-17), ..., (-9,-18)
```
- Click "Add List" and use the polygon or line tool.

---

Would you like me to generate a visual description of what each shape likely represents (e.g., “Shape 1 is the head”, “Shape 5 is the nose”)?

Or would you like a step-by-step guide to plotting one shape (e.g., Shape 1)?