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.
To determine the pattern on the face opposite to the one with the triangle on the dice, we need to analyze the given different positions of the dice.
- Observe the three given positions of the dice:
- First position shows a circle, star, and square.
- Second position shows a star, rectangle, and triangle.
- Third position shows a circle, diamond, and rectangle.
- Using these positions, identify which patterns appear together on adjacent faces:
- From positions 1 and 2, we can see that the star is common, which means the circle and triangle must be on opposite faces.
- From positions 2 and 3, the rectangle is common, indicating the triangle and diamond are on opposite faces.
- Since the circle and triangle are opposite, and from the second position, knowing triangle and rectangle are also on opposite faces, the only consistent conclusion is that:
The face opposite to the triangle must have the Rectangle pattern.
Similar Questions
Which cube given in the options CANNOT be made using the following sheet?
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)
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.
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.
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?
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?
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.
- 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?
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 rotated cube are shown below.
Which shape will be at the bottom, when
is on the top?
Important Questions from Cube and Dice
A cube of side 80 cm is painted yellow on all the faces and then cut into smaller cubes of sides 8 cm each. Find the number of smaller cube having all the three faces painted.
A cube of side 49 cm is painted purple on all the faces and then cut into smaller cubes of sides 7 cm each. Find the number of smaller cubes having only one face printed.
A cube of side 18 cm is painted yellow on all the faces and then cut into smaller cubes of sides 3 cm each. Find the number of smaller cubes that have only two faces painted.
A cube of side 12 cm is painted green on all the faces and then cut into smaller cubes of sides 2 cm each. Find the number of smaller cubes that have only one face painted.
Four friends J, Q, B and Z rolled the dice in alphabetical order.
The scores were:
1st round: 3, 2, 5, 2
2nd round: 1, 5, 1, 4
3rd round: 4, 2, 1, 1
If each point on the dice would get 10 points, who won the maximum points after 3 rounds?
