Each die toss is independent; so the probability of 4 on the fourth trial is still 1/6.
1 / n!
all depends on how many sides it has. for a 6-sided, 1/6. a 20 sided, 1/20. see where i am going? The usual die always shows one face. The probability that a PARTICULAR face shows is 1 in 6
The probability of getting an 8 on a standard six-sided die is zero.
The probability of getting a six on a six sided die and then getting a tails is zero. There is no tails on a die.
John throws a fair 6-sided die. What is the probability he will get a multiple of 2?
21/36 = 7/12
1 / n!
all depends on how many sides it has. for a 6-sided, 1/6. a 20 sided, 1/20. see where i am going? The usual die always shows one face. The probability that a PARTICULAR face shows is 1 in 6
assuming we are talking about standard dice here (six sided, numbered 1-6) then the probability of obtaining a result other than 12 when a single die is tossed is 100%. There is no way to roll a 12 after 1 toss of 1 die, therefore the chance of getting anything other than 12 is guaranteed
The probability of getting an 8 on a standard six-sided die is zero.
The probability of rolling a particular face in a 12 sided die is 1 in 12, or about 0.0833.
There are 16 possible outcomes (2*2*2*2) of which two - all heads or all tails - satisfy the requirements. So the probability is 2/16 = 1/8 = 12.5%
The probability of rolling a four on an eight sided octahedron is 1 in 8, or 0.125.
The probability of rolling a 6 on a standard six-sided die is 1 out of 6, or approximately 16.67.
The probability is 0.
The probability of getting a six on a six sided die and then getting a tails is zero. There is no tails on a die.
A cube, by definition, must be 6 sided. The probability of getting a 6, if it is a fair die, is 1/6.