The following paper cutting is folded along the lines to make a cubical box. Select the correct image of the resulting box from among the options. 
To solve the problem of determining which option correctly represents the resulting cubical box when the given paper cutting is folded, follow these steps:
- Analyze the paper cutting to identify the arrangement of faces and the symbols on them. Notice that the paper is in the shape of a cross, typical for cube net structures.
- Identify opposing faces on the cube net. From the paper cutting, you can see three distinct symbols: a circle, a star, and an arrow. Opposite faces in a typical cube do not share an edge.
- When folding into a cube:
- The face with the circle will be opposite the face with the star.
- The face with the arrow will be on one of the side faces, ensuring it does not face the star or the circle directly.
- Compare the arrangements from the options provided using the logic above.
Let us review the options:
- The correct resulting cube will show the arrow next to both the circle and the star but not opposite them.
Based on these observations, the correct resulting box from the given net is shown below:
The correct answer ensures that the opposite faces in the folded cube align with our predicted arrangement.
Similar Questions
Four different positions of the same dice are shown. Select the letter that will be on the face opposite to the one having the letter F.
Which cube given in the options CANNOT be made using the following sheet?
Two different positions of the same dice are shown. Select the number of dots that will be on the face opposite to the one with 2 dots.
Four different positions of the same dice are shown. Select the number that will be on the face opposite to the one having 5.
Two positions of a cubical block with faces A, B, C, D, E and F are shown below. When F is at the top which face will be at the bottom?
- If a cube of $3^{''} \times 3^{''} \times 3^{''}$ is painted on all sides and then cut into 27 smaller cubes of $1^{''} \times 1^{''} \times 1^{''}$, then how many such smaller cubes will be there that are painted only on two sides?
A cube is made by folding the given sheet. In the cube so formed, what would be the letter on the opposite side of the letter A?
Three different positions of the same dice are shown. Select the pattern that will be on the face opposite to the one with the triangle.
Three different positions of the same dice (figures 1, 2, and 3) are shown. Which digit is on the face opposite to the one having 5?
1)
2)
3)
The following are different views of the same wooden block.
What would be the number opposite 5? (Ignore the orientation of the numbers.)
Important Questions from Cube and Dice
A cube of side 4 cm is painted green on all its faces and then divided into smaller cubes of side 2 cm each. How many small cubes have been obtained?
Two adjacent faces of a solid cube are painted with black colour. The faces opposite to the black faces is painted with blue colour while the remaining faces are painted with yellow colour. After painting, this cube has been divided into 125 equal cubes. How many cubes have no faces painted?
A cube, whose two adjacent faces are coloured, is cut into 64 identical small cubes. How many of these small cubes are not coloured at all?
Three different positions of the same dice are shown. Select the number that will be on the face opposite to the face having the number '3'?
Select the dice that can be formed by folding the given sheet along the lines.
