Assuming the die is six-sided, you would expect to receive 5/6 + 3/6 + 2/6 = 10/6 units payoff each roll.
One would suggest a cost of 2 units per roll to generate profit for the person running the contest.
The probability of rolling a sum of 12 in a single roll of two dice is 1 in 36, or about 0.0278.
On a single die it is 1 in 6.
One in 6.
1 out of six
The probability of rolling a 5 on a roll of a single number cube is 1/6 (0.1666) as there is only one number 5 on a total of 6 sides on the cube.
No. The mean is the expected value of the random variable but you can also have expected values of functions of the random variable. If you define X as the random variable representing the result of a single throw of a fair die, the expected value of X is 3.5, the mean of the probability distribution of X. However, you play a game where you pay someone a certain amount of money for each throw of the die and the other person pays you your "winnings" which depend on the outcome of the throw. The variable, "your winnings", will also have an expected value. As will your opponent's winnings.
Unicellular.
Not necessarily, it depends on how big and what type of winnings they are. (e.g.: If you hit a single pay jackpot of $1200 or more) you will have to produce it so that your winnings can be reported to the IRS for tax purposes.
The probability of rolling a 7 at any time on a single die is zero.
The probability of rolling a sum of 12 in a single roll of two dice is 1 in 36, or about 0.0278.
A Unicellular Organism is the having or consisting of a single cell.
assuming a single six sided die the probability of rolling a three is 1/6
beta radiation!
'Monatomic' means having or consisting of single atoms.
"Satisfaction"-The Rolling Stones
On a single die it is 1 in 6.
3.5