How many numbers less than 5 = 4 (1, 2, 3, 4)
How many sides on a fair number cube = 6
Put 4 over 6 = 4/6
Simplify:
4 ÷ 2 = 2
6 ÷ 2 = 3
Making the answer 2/3.
The probability is 3/4.
The answer depends on the experiment: how many coins are tossed, how often, how many dice are rolled, how often.
Since there are 6 possible outcomes, and you want the probability of obtaining one of the outcomes (in your case 6), the probability of it landing on a 6 is 1/6.
Coins do not have numbers, there is only the probability of heads or tails.
The probability that the die tossed will land on a number that is smaller than 5 is 4/6 or 2/3. Smaller than 5 is 1 - 4 and 6 is the sample space.
A single fair die has the numbers 1 to 6, so when a single fair die is tossed the probability of obtaining a number different than 11 is: P(x diff than11) = 1.
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 is 3/4.
The answer depends on the experiment: how many coins are tossed, how often, how many dice are rolled, how often.
Since there are 6 possible outcomes, and you want the probability of obtaining one of the outcomes (in your case 6), the probability of it landing on a 6 is 1/6.
Coins do not have numbers, there is only the probability of heads or tails.
1 - (2/3)4 = 1 - 16/81 = 65/81 ≈ 80.25%
Probability is the likelihood that something will occur. If you subtract it from 1, we get the likelihood (or probability) that it will not occur. If a coin is tossed and rolls heads 6 times, the (empirical) probability of obtaining a head is 6/10 or .6. 1-.6 =.4 is the empirical probability (or likelihood) of not getting a head.
The probability that the die tossed will land on a number that is smaller than 5 is 4/6 or 2/3. Smaller than 5 is 1 - 4 and 6 is the sample space.
255/256 (complement formula)
The probability is 90/216 = 5/12
(1/2)^3 = 1/8th Since the initial probability (assuming independence) of getting a head in a single toss is one half (1/2) we just cube this probability because of the number of events we are performing. So if you were to try to calculate the probability of a coin being tossed 6 times it would be one half to the 6th power which is 1/64.