Math worksheet for practicing geometric transformations: slide, flip, and turn on a grid.

Let's solve each of the "Slide, Flip, or Turn" problems step by step. The goal is to transform each shape based on the instruction: Slide, Flip, or Turn.

We'll go through each problem one at a time and explain what to do.

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🔹 1) Turn

- Shape: A triangle with a "bite" taken out of the right side (like a flag).
- Instruction: Turn — This means rotate the shape.
- How to turn? Typically, unless specified, we assume a 90° clockwise rotation around a point (often the bottom-left corner or center). But since it’s not specified, we’ll assume a 90° clockwise rotation about the bottom-left corner.
- Result: Rotate the shape 90° clockwise so that the "bite" moves from the right side to the top.

✔ Draw the rotated shape such that:
- The original vertical edge becomes horizontal.
- The “bite” is now at the top.

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🔹 2) Slide

- Shape: A pentagon-like shape with a slanted top.
- Instruction: Slide — This means move the shape without rotating or flipping.
- How to slide? We need to move it in a direction. Since no direction is given, assume a slide to the right by several grid units (e.g., 5–6 units).
- Result: Copy the shape exactly, but shifted horizontally to the right.

✔ Draw the same shape, moved to the right (same orientation).

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🔹 3) Flip

- Shape: A zigzag L-shaped figure.
- Instruction: Flip — Reflect the shape over a line (usually vertical or horizontal).
- Assumption: Flip over a vertical line (mirror image left-right).
- Result: Mirror the shape across an imaginary vertical line.

✔ Draw the mirror image of the shape on the opposite side of the vertical axis.

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🔹 4) Turn

- Shape: A capital T made of blocks.
- Instruction: Turn — Rotate the T.
- Assume 90° clockwise rotation.
- Original: Vertical bar in the middle, horizontal bar on top.
- After turning 90° clockwise:
- The horizontal bar becomes vertical on the right.
- The vertical bar becomes horizontal on the top.
- So, the new shape looks like a "L" turned to the right.

✔ Rotate the T 90° clockwise — the stem goes to the right, the crossbar becomes vertical.

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🔹 5) Slide

- Shape: A V-shaped polygon with a flat base and two angled sides.
- Instruction: Slide — Move it.
- Direction: Assume upward or to the right (no direction given, so pick one).
- Let’s choose slide up by 4 units.

✔ Copy the shape exactly, but shifted upward by 4 dots.

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🔹 6) Flip

- Shape: A house-like shape with a square base and a triangular roof.
- Instruction: Flip — Reflect.
- Assume flip over a horizontal line (top-to-bottom), or vertical?
- Since the shape has a roof, likely flip vertically (left-right mirror).
- So, reflect the entire shape over a vertical axis.

✔ Mirror the shape left to right — the roof stays, but the position reverses.

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🔹 7) Turn

- Shape: A house shape (square + triangle roof).
- Instruction: Turn — Rotate.
- Assume 90° clockwise.
- After rotation:
- The roof becomes a horizontal line on the right.
- The square becomes a vertical bar on the left.
- The shape will look like a sideways house.

✔ Rotate the entire shape 90° clockwise around the bottom-left corner.

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🔹 8) Slide

- Shape: An L-shaped block (two squares stacked vertically, then one to the right).
- Instruction: Slide — Move it.
- Assume slide to the right by 5 units.

✔ Copy the exact shape, shifted to the right.

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✔ Summary of Instructions:

| # | Action | What to Do |
|---|----------|------------|
| 1 | Turn | Rotate 90° clockwise |
| 2 | Slide | Move right (or up) — copy shape elsewhere |
| 3 | Flip | Mirror over vertical line |
| 4 | Turn | Rotate 90° clockwise (T → right-facing) |
| 5 | Slide | Move up or right — keep same shape |
| 6 | Flip | Mirror left-right |
| 7 | Turn | Rotate 90° clockwise (house becomes sideways) |
| 8 | Slide | Move right — copy shape |

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🖼️ How to Draw It

Since I can’t draw directly here, here’s how you should draw each:

1. Use the dot grid as a guide.
2. Count the number of dots between points to ensure accuracy.
3. For slides, move every vertex the same distance.
4. For flips, find the mirror image of each point.
5. For turns, rotate around a point (usually the bottom-left or center).

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Example: Problem 1 (Turn)

- Original: Triangle with bite on right.
- After 90° clockwise rotation:
- Bottom-left corner stays fixed.
- Top point moves to the right.
- Right-side "bite" moves to the top.

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Final Tip:

Always label your drawings clearly and use the grid to align perfectly.

Let me know if you'd like a visual description for any specific problem!