If you include the international dialling codes, the answer is 1 since the number contains more than 10 digits.
Local numbers can be very much shorter, but there are too many variations to give any sort of sensible answer.
(1/2) * (1/6) = 1/12
triangle
The number of "favourable" outcomes.
When you want to find the probability of something happening for the first time while repeating an experiment, you use the geometric distribution. For example, you are throwing a six-faced die and you are expecting the number '6' to be thrown for the first time.
Since the probability of having a son is about 1/2, the probability of the first 4 children being boys is about (1/2)4.
first you think that is 2 a repeating decimal.... and can u reduce it if its not a repeating decimal and u cant reduce it then it is a rational number
No.
By first GIVING the numbers!
In the set of the first n integers, the number of a square number is approximately sqrt(n). So the probability of a square number is sqrt(n)/n = 1/sqrt(n). As n becomes larger this probability tends towards 0.
Count the total number of ways it can turn out. Count the number of ways that are the condition you're looking for. The probability of the outcome you're looking for is is the second number divided by the first number.
25%
To find probability in a question you first have to determine the whole number which from the question which will be the denominator next determine the numerator from the question then put that number in the fraction.To find probability u have to look at the possibilities which will be the denominator the find the successes which will be the numerator