https://file.aiquickdraw.com/mathbot/file/1731697145503y4s3i5o4.jpg

The shapes in the image that represent cuboids are **B** and **D**.

Here's why:

- A cuboid has six rectangular faces, and when unfolded into a net, it must show six connected rectangles.
- Nets **B** and **D** both show six rectangular faces arranged in a way that can be folded into a cuboid shape.

Let me know if you'd like further details or have any questions!

Here are some additional questions to consider:

1. What are the properties of a cuboid net?
2. How can we identify a net that folds into a cube instead of a cuboid?
3. Which nets represent other types of 3D shapes?
4. Can you create different cuboid nets with the same six faces?
5. How many unique nets can form a cuboid?

**Tip:** When identifying nets for cuboids, always look for six rectangles that can fold into a three-dimensional shape with pairs of opposite faces matching in size.

Learn how to identify cuboid nets from a set of given shapes. This problem explores the geometric properties of cuboids and how to determine if a net can be folded into a cuboid. Ideal for students in Grades 5-7 studying 3D shapes and their properties.

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