https://file.aiquickdraw.com/mathbot/file/1727281979002xpoaeqtl.jpg

To solve this problem, we need to draw the front elevation (or side view) of the structure made from five identical cubes in the direction indicated by the arrow.

### Step-by-step approach:

1. **Understand the view direction**: The arrow points from the right side of the shape. This means we are to imagine looking at the shape directly from that direction, as if we are standing to the right of the shape and viewing it head-on.

2. **Identify the cubes visible from the arrow's direction**:
   - The shape consists of five cubes, arranged in an L-like pattern.
   - From the right-hand side, three cubes will be clearly visible stacked vertically in one column. These are the cube on the top, and two below it, forming a tower of 3 cubes.
   - On the right side of this vertical column, there are two cubes that will appear in a row (horizontally aligned).

3. **Draw the elevation**:
   - When viewed from the right, the elevation will show three cubes stacked vertically (one column of three cubes).
   - To the left of this column, there will be two cubes in a horizontal row, aligned with the base of the vertical stack.
   
### Final drawing:

The front view, as seen from the arrow's direction, should be a 3x2 grid:
- Draw three squares stacked on top of each other in the first column.
- Draw two squares in the second row, adjacent to the bottom two cubes of the first column.

This completes the side view or elevation from the direction of the arrow.

Would you like a sketch of the elevation or

The diagram shows a shape made from five identical cubes. On the grid, draw the elevation in the direction of the arrow.

Learn how to draw the elevation of a 3D shape made from five identical cubes as seen from the direction of an arrow. Understand key concepts such as orthographic projections and elevation drawing. Suitable for students in Grades 6-8.

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