Very low.
If you start with a bag of 40 green and 40 red, the probability of getting a red is 40 in 80. The probability of getting the next one is 39 in 79. The probability of getting the next one is 38 in 78. And so on and so forth.
Calculating for 10 reds: 40/80 39/79 38/78 37/77 36/76 35/75 34/74 33/73 32/72 31/71 = 0.0005148
Probability means Chance...in the name itself it explains.... Well, we can tell probability is an exact science only when, the data and logic and external dependent variables are exactly defined before going to calculation... If we do all the above exactly, the result will give exact chance or probability....for your need.. But in reality it is very hard to obey all the formulations of data in a series...only experts can do... I am also like to enjoy the real exact probability theory...
all probabilities smaller than the given probability ("at most") all probabilities larger than the given probability ("at least")
A probability assignment.
Theoretical probability.
It is the outcome space.
Only if you pour them all over the driver.....
If a five color spinner with equal sections of red blue green yellow and orange is spun six times, the probability of getting no reds in all six spins is 26.2%. The probability of no red on one spin is 4 out of 5, or 0.8 The probability of no red in six spins is 0.86.
Probability means Chance...in the name itself it explains.... Well, we can tell probability is an exact science only when, the data and logic and external dependent variables are exactly defined before going to calculation... If we do all the above exactly, the result will give exact chance or probability....for your need.. But in reality it is very hard to obey all the formulations of data in a series...only experts can do... I am also like to enjoy the real exact probability theory...
The probability of choosing a green marble from this jar would be 6/15. You get this answer by adding up the sum of all the marbles.
Well All I Can Tell You Is Pour A Little Bit Of Gas On Your Burnpile.Use Lots Of Twigs And Branches.I Hope This Helps :)
The answer depends on whether you seeing them - in passing - is enough to qualify as seeing them or whether you actually need to meet with them. If you do need to meet with all twelve and are meeting them only one at a time, then the probability is 0. If you can call group meetings, the probability can be raised to 1.
Whenever there is only one possible outcome of an experiment, the probability of this outcome is 1, which you can also write as 100%.
It means the probability is equal for all of them. If you were to grab one the chances of grabbing another are the same. But in this case it is only equally likely for the red and the green. But if you were to grab two the chances would be equally likely because of the amount of spinners.
It is a true statement. If you buy them all, the probability of your winning is 1!It is a true statement. If you buy them all, the probability of your winning is 1!It is a true statement. If you buy them all, the probability of your winning is 1!It is a true statement. If you buy them all, the probability of your winning is 1!
Green.
Probability of first green: 5/7Probability of second green: 5/7Probability of a red: 2/7Probability of all 3 consecutive successes: (5/7) x (5/7) x (2/7) = 50/343 = 14.58% (rounded)
all probabilities smaller than the given probability ("at most") all probabilities larger than the given probability ("at least")