It is possible to create a 3-digit number, without repeated digits so the probability is 1.
The number of license plates without a repeated letter or digit is 26x25x24x10x9 = 1 404 000. The number of license plates without any restriction is 26x26x26x10x10 = 1 757 600. Probability of a license plate without a repeated letter or digit = 1 404 000 /1 757 600 = 0.7988 Probability of a license plate with a repeated letter or digit = 1-0.7988 = 0.2022
The probability of getting two prime numbers when two numbers are selected at random and without replacement, from 1 to 10 is 2/15.
The answer depends on how many numbers on the spinner, and their distribution. Without that information, it is not possible to answer the question.
Theoretical probability.
The probability is 1 (a certainty) if 39 cards are drawn without replacement.On a single random draw the probability is 14/52 = 7/26.The probability is 1 (a certainty) if 39 cards are drawn without replacement.On a single random draw the probability is 14/52 = 7/26.The probability is 1 (a certainty) if 39 cards are drawn without replacement.On a single random draw the probability is 14/52 = 7/26.The probability is 1 (a certainty) if 39 cards are drawn without replacement.On a single random draw the probability is 14/52 = 7/26.
The number of license plates without a repeated letter or digit is 26x25x24x10x9 = 1 404 000. The number of license plates without any restriction is 26x26x26x10x10 = 1 757 600. Probability of a license plate without a repeated letter or digit = 1 404 000 /1 757 600 = 0.7988 Probability of a license plate with a repeated letter or digit = 1-0.7988 = 0.2022
The probability of getting two prime numbers when two numbers are selected at random and without replacement, from 1 to 10 is 2/15.
With repeated digits, 43 = 64 Without repeated digits, 4*3*2 = 24
It is not possible to answer the question without knowing anything about the set of numbers that they are pulled from.
pi and e are irrational numbers. Without them most of geometry, trigonometry, calculus or probability distributions would not be defined.
The answer depends on how many numbers on the spinner, and their distribution. Without that information, it is not possible to answer the question.
9,876 since these are the largest single digit numbers that can be done without repeat.
5 digit telephone numbers having at least one of their digits repeated is = total possible 5 digit telephone numbers - 5 digit telephone numbers without any digit being repeated. =(10*10*10*10*10)-(10*9*8*7*6) =100000-30240 =69760
If the number can contain repeated digits, the answer is 800000. Without repetition, there are 483840.
By using repeated addition. Consider two numbers a and b. If you want to find a*b then you can add the numbers repeatedly in a loop to get the product. Eg:product = a;for( i=1; i
Theoretical probability.
There is no need to repeat V in Roman numerals because V+V = X which means 5+5 = 10