When a tetrahedral die is rolled, it will rest with three faces upwards. If the die is numberd from 1 to 4. therefore the sum of the upward facing numbers on 1 die is at least 6 and so for two dice, the minimum is 12. That being the case, the probability is 0.
1/16
in the equation system f/d = p where f is the number of sides of the rolled polyhedron which contain a number of spots that can be represented by a positive integer not divisible by 2 and d represents the total number of faces of the polyhedron which can, in the rest position, face upward, the variable p represents the probability of rolling an odd number. from this it can also be derived that the probability p of rolling an even number can be represented by (d-f)/d.
it depends on how many time you throw the dice. the increase number of your throw, the higher the probability to get 8 that one die is showing a 5. that what my opinion.
The probability that the sum of two dice is 7 is 6 in 36, or 1 in 6.Of all the combinations, this is the one with the highest probability.
A number cube has six faces, so the probability of any one of them showing on a fair throw is 1 in 6, or about 0.1667.
On a single roll, the probability is 1/2.
there are 6 faces of the dice so the answer is 1/6
The probability is 0.277... (repeating).
A fair cube is a die which, when rolled, has a probability of 1/6 of coming to a stop with each of the faces uppermost.
Probability is desired options over total options. There are 6 faces on a standard dice, so NOT rolling a 5 is 5/6.
a
Prob = 4/36 = 1/9
As asked, there is not enough information to answer your question fully. It depends upon what you are rolling and with what the sides are labelled. If you have a tetrahedral die labelled with {0, 1, 0, 1} then the probability is 0. If you have a tetrahedral die labelled with {3, 4, 3, 4,} then the probability is 1. If you have a tetrahedral die labelled with {0, 1, 2, 3} then the probability is 1/4. If you have a tetrahedral die labelled with {1, 2, 3, 4} then the probability is 1/2. If you have a standard unbiased cube die, then the probability is 1/3.
A Tetrahedral * * * * * It is a tetrahedron (tetrahedral is its adjective). And, in any case it IS a pyramid - with a triangular base.
1/16
When the palm faces upward, it is in the supine position.
in the equation system f/d = p where f is the number of sides of the rolled polyhedron which contain a number of spots that can be represented by a positive integer not divisible by 2 and d represents the total number of faces of the polyhedron which can, in the rest position, face upward, the variable p represents the probability of rolling an odd number. from this it can also be derived that the probability p of rolling an even number can be represented by (d-f)/d.