Six numbers 1, 2, 3, 4, 5 and 6 are written on different faces of a dice. Three positions of this dice are shown in the given figure. Find the number on the face opposite to the number 2.
To find the number on the face opposite to the number 2 on the given dice, we need to analyze the three positions of the dice shown in the image.
Let's analyze the positions:
Based on these observations:
Therefore, since 5 and 3 are already adjacent to 2, the opposite face must be 4, which is not adjacent.
Hence, the number on the face opposite to the number 2 is 4.
Three different positions of the same dice are shown, the six faces of which are numbered from 1 to 6. Select the number that will be on the face opposite to the one having '1'.

Two different position of the same dice are shown, having letters H, I, J, K, L and M written on its faces are shown.

Which letter is on the face opposite to the face having H on it?
Two positions of a cube are shown. What will come opposite to the face showing '@'?

Two dimensions of the same dice are given. Which letter will be on the face opposite to the face with letter D?

Two different positions of the same dice are shown, the six faces of which are numbered 7, 8, 9, 10, 11 and 12.

What will be the sum of the number 8 and the number on its opposite face ?
If the following sheet is folded to form a cube, which of the given figure are possible ?


Two dimensions of the same dice are given. What letter will be on the face opposite to the face having the letter E?

If the given sheet is folded to form a cube, which of the given figures is/are possible?


Two positions of the same dice are given. What digit will be on the face opposite to the face having the digit 5 ?

Four different positions of the same dice are shown. Select the number that will be on the face opposite to the one having '5'.

Three different positions of the same dice are shown, the six faces of which are numbered from 1 to 6. Select the number that will be on the face opposite to the one having '1'.

Pairs of adjacent sides of a big cube are coloured with red, yellow and brown colour. Now this big cube is divided into 64 small equal cubes. How many small cubes will have 3 faces painted with different colours?
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 is painted blue on two adjacent faces and on one opposite face, green on two opposite faces and pink on the remaining face. It is then cut into 64 equal cubes. How many cubes have only one blue-coloured face?