I'm not that sure but I would say 1 in 6
Wrong, it is 1 in 2. This is because there are 6 sides of a die, and there are 3 odd numbers. 3 over 6 simplifies to 1 over 2, so 1 in 2.
To calculate the probability of rolling a number less than 5 on a six-sided die, we first determine the total number of favorable outcomes, which are rolling a 1, 2, 3, or 4. There are 4 favorable outcomes out of a total of 6 possible outcomes on a six-sided die. Therefore, the probability of rolling a number less than 5 is 4/6, which simplifies to 2/3 or approximately 0.67.
25 percent
12
The probability that a flipped coin has a probability of 0.5 is theoretical in that it assumes the existence of a perfect coin. The same can be said of the probabilities of the spots appearing on a single tossed die which requires the existence of a perfect die. Here's an example. Consider tossing a coin twice to see what comes up. It could be tail, head, or head tail, or tail, tail or head, head. The theoretical probability of two heads is one in four. In general, theoretical probability is the ratio of the number of times a possible outcome can occur in a given event to the number of times that event occurs.
1 - (2/3)4 = 1 - 16/81 = 65/81 ≈ 80.25%
It is 1 (a certainty) if you roll it often enough. For a single roll of a fair die, the probability is 1/6.
It is 0.5
3/6
5 out of 12
It is 0.5
One out of two
0.25 ( P = 0.5 each time)
The probability of rolling a specific arrangement of numbers on a 20-sided die in a single roll is 1 in 20 to the power of the number of dice rolled.
1 out of 2 if the die is six-sided.
1 out of 2
Since there is only one even prime, 2, the probability of rolling a 2 with one die is 1 in 6.
With a fair die it is 5/6.