7
Opposite faces sum to 21.
if you look at a dice a dice has 6 faces. A dice is a cube so a cube has 6 faces
The opposite of a 6 on a standard six-sided die is a 1. On a die, the numbers are arranged so that the sum of the numbers on opposite faces equals 7. Therefore, 1 is directly opposite to 6.
Six faces.
Two standard dice have a total of 12 faces, with each face showing a different number of dots, or "eyes," ranging from 1 to 6. When you roll two dice, the total number of eyes is the sum of the numbers on the top faces of both dice. Therefore, the maximum number of eyes on two dice is 12 (6 on each die), while the minimum is 2 (1 on each die).
"Normal" dice are cubes where opposite faces add up to 7. Many games use 6-sided dice with other symbols or even words. The die in Scattergories has 20 sides.
There are a total of 12 faces on a pair of dice.
Opposite faces sum to 21.
Opposite faces always add to 7. Two is opposite five.
Opposite dice sides always total 7
if you look at a dice a dice has 6 faces. A dice is a cube so a cube has 6 faces
If they are normal dice, the probability is 0.
It would have 72 total sides, or faces. 6 per die, 12 dice, 12 x 6 = 72.
Seven cubes are cubes like dice with the faces labeled so that 1 is opposite 6. 2 is opposite 5 and 3 is opposite 4. Thus the sum of a face and its opposite is always 7.
Seven cubes are cubes like dice with the faces labeled so that 1 is opposite 6. 2 is opposite 5 and 3 is opposite 4. Thus the sum of a face and its opposite is always 7.
The opposite of a 6 on a standard six-sided die is a 1. On a die, the numbers are arranged so that the sum of the numbers on opposite faces equals 7. Therefore, 1 is directly opposite to 6.
2 each of the numbers 1 thru 6. ---------------------------------- This can be answered in many ways: --- There are twelve faces on two dice, each with a number --- The are six different numbers on the dice faces --- There are 36 possible combinations of two dice --- --- They can total between 2 and 11 --- --- There are 21 different possible pairs (all but six of which can appear two ways)