Poems: comparing | 5th grade Reading Worksheet | GreatSchools - Free Printable

It looks like you're referring to a task called "Thrills on the Hills (A Sliding Scene)", which appears to be a puzzle or activity involving a slide or hill with characters and objects. Since I can't view images directly, I’ll help you solve this based on your description of the problem.

However, you mentioned that you uploaded an image with a task — but I don’t have access to it. So, I need to rely on the text you provided:

> "Here's a challenge for students: To enjoy 'Thrills on the Hill' without ever leaving their seats! Follow the directions to make a fun 'sliding scene' using paper. Use 1/2 inch grid paper (or graph paper) and cut out the following shapes:
>
> 1. A 30x10 rectangle (the hill)
> 2. A 5x5 square (a person)
> 3. A 4x4 square (a snowboard)
> 4. A 6x6 square (a sled)
> 5. A 8x8 square (a snowman)
>
> Place the characters on the start of their path. Then follow the directions to move them down the slope."

Goal of the Activity:

This seems to be a hands-on math or logic puzzle where students create a "sliding scene" by moving paper cutouts (representing people, snowboards, sleds, etc.) down a hill (the 30x10 rectangle), following specific movement rules or directions (which are missing in your message).

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Assumptions Based on Common Variants:

Since the actual directions aren't included, here’s how such puzzles typically work:

- The hill is represented as a long rectangle (30 units wide × 10 units high).
- Each character starts at the top of the hill.
- You are given movement instructions like:
- "Move the person 2 squares right and 3 squares down."
- "The snowboarder slides diagonally down-left."
- "The sled moves straight down."
- The goal is to determine where each object ends up after following the sequence of moves.

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How to Solve This Type of Problem

#### Step-by-step Approach:

1. Draw the Hill
- On graph paper, draw a rectangle that is 30 units wide and 10 units tall.
- Label the top row as Row 1, bottom as Row 10 (or vice versa, depending on orientation).

2. Cut Out the Shapes
- Cut out the shapes:
- Person: 5×5 square
- Snowboard: 4×4 square
- Sled: 6×6 square
- Snowman: 8×8 square
- These represent the characters.

3. Place Them at the Start
- Place each shape at the top edge of the hill (Row 1 or 2), centered or at specified positions.
- For example:
- Person at position (15,1)
- Snowboard at (20,1)
- Sled at (10,1)
- Snowman at (25,1)

4. Follow Movement Directions
- If the directions say:
> "The person slides down 4 spaces and left 2 spaces."
- Move from (15,1) → (13,5)
- Repeat for all characters.

5. Track Final Positions
- Record where each shape ends up.
- Check if any overlap or fall off the hill.

6. Answer Questions
- Likely questions might include:
- Who reaches the bottom first?
- Do any characters collide?
- What is the final position of the snowboard?

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Example Scenario (Hypothetical):

Suppose the directions are:

- Person: Move down 8, right 4
- Snowboard: Move down 7, left 3
- Sled: Move down 9, no horizontal movement
- Snowman: Move down 5, right 5

Then calculate final positions:

- Person: Starts at (15,1) → (19,9)
- Snowboard: (20,1) → (17,8)
- Sled: (10,1) → (10,10) → reaches bottom
- Snowman: (25,1) → (30,6)

→ The sled reaches the bottom (row 10), others don’t.

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Conclusion:

To solve this puzzle, you need:
1. The exact movement directions (which are missing from your message).
2. A grid to track positions.
3. Careful step-by-step tracking of each character.

If you can provide the specific movement instructions or describe the image (e.g., what the directions say), I can give you the exact solution.

Let me know what the directions are, or describe the image further!