i dont no
There are 11 letters and the m appears twice, so it is 2 in 11.
Out of the alphabet, the probability would be 21/26. Remember that consonants are anything except the letters A, E, I, O, and U. Hope that this answers your question!
The probability is 11/21.
50%
i dont no
The theoretical probability of randomly picking each color marble is the number of color marbles you have for each color, divided by the total number of marbles. For example, the probability of selecting a red marble is 3/20.
1/52 or one out of fifty-two
The word 'probability' has 11 letters and 5 of them are vowels (including the 'y'). Therefore the probability of picking a vowel is 5/11.
Probablity of picking up 3 vowels from the word MATHEMATICS Each of the letters in the word MATHEMATICS is on a letter tile in a bag
There are 11 letters and the m appears twice, so it is 2 in 11.
The answer depends on the set of cards from which the picking is done. Unfortunately, you have provided absolutely no information on that.
Out of the alphabet, the probability would be 21/26. Remember that consonants are anything except the letters A, E, I, O, and U. Hope that this answers your question!
The probability of picking an oak tree from the forest is the same as the proportion of oak trees in the forest, which can be estimated as 27 oaks out of the 67 trees picked. So, the probability of picking an oak tree from the forest is approximately 27/67.
The probability of picking a distinct set of 3 numbers from 20 is1/[20!/(3!)(17!)]= 1/1140The probability of only picking 3 from 20 is1/20
It depends on the context which is not specified. If picking a topic for a history project on the monarchy of some country it would be 1! If it concerns selecting one card, at random, from a standard deck of playing cards, the answer is 8/52 = 2/13.
The probability is 1/b.