To solve this problem, we need to determine which cube can be formed from the given net. Let's break it down step by step:
Step 1: Understand the Net
The net provided is a two-dimensional representation of a cube. When folded, it will form a three-dimensional cube. The net consists of six squares, each representing one face of the cube. The key features in the net are:
- Two black circles on adjacent squares.
- A large black square on another square.
- The arrangement of these features relative to each other.
Step 2: Analyze the Net
- The two black circles are on adjacent squares.
- The large black square is also adjacent to one of the black circles.
- The remaining squares are blank or have diagonal lines (indicating shading or patterns when folded).
Step 3: Visualize Folding the Net
When folding the net into a cube:
1. The two black circles will become opposite faces if they are on adjacent squares in the net.
2. The large black square will be adjacent to one of the black circles.
3. The orientation of the black circles and the black square must match the options provided.
Step 4: Match the Net to the Cube Options
Let's examine each option:
####
Option A:
- This cube has a single circle on one face and no other distinguishing features that match the net.
- It does not have the large black square or the second black circle.
-
Eliminate Option A.
####
Option B:
- This cube has a large black rectangle on one face.
- The net does not have a rectangle; it has a large black square.
-
Eliminate Option B.
####
Option C:
- This cube has a single black circle on one face.
- The net has two black circles, so this option is incorrect.
-
Eliminate Option C.
####
Option D:
- This cube has one black circle on one face and another black circle on an adjacent face.
- The large black square is not visible in this option.
-
Eliminate Option D.
####
Option E:
- This cube has one black circle on one face and another black circle on an adjacent face.
- The large black square is visible on another face, and it is adjacent to one of the black circles.
- This matches the arrangement in the net.
Step 5: Confirm the Correct Answer
Option E correctly represents the cube that can be formed from the given net. The two black circles are on adjacent faces, and the large black square is adjacent to one of the black circles, matching the net's configuration.
Final Answer:
$$
\boxed{E}
$$
Parent Tip: Review the logic above to help your child master the concept of spatial reasoning worksheet.
