The only number less than 3 that you can get with two dice is 2. The probability of getting a 2 is 1/36.The only number less than 3 that you can get with two dice is 2. The probability of getting a 2 is 1/36.The only number less than 3 that you can get with two dice is 2. The probability of getting a 2 is 1/36.The only number less than 3 that you can get with two dice is 2. The probability of getting a 2 is 1/36.
100,000,999
Nine less than three times a number; the initial number being represented by s.
By number theory, half of 371's factors will be less than its square root. Since 371 is less than 400, the square root will be less than 20. Since 371 is odd, all of its factors will be odd. By the rules of divisibility, we know that 371 is not divisible by 3, 5 or 9, so all we have to check is 7, 11, 13, 15, 17 and 19. 371 ÷ 7 = 53, so 371 is not prime.
No 2.589 is largers because you can just add 0's to the 2.5 (2.500) its the same number. Since the 8 in 2.589 is larger than 0, thats what makes 2.589 the bigger number.
s - 8
In single die, S = {1,2,3,4,5,6} So n(S) = 6 The event A is defined as getting a number less than 3. A = {1,2} So n(A)=2 Hence P(A) = n(A)/n(S) = 2/6 =1/3
The only number less than 3 that you can get with two dice is 2. The probability of getting a 2 is 1/36.The only number less than 3 that you can get with two dice is 2. The probability of getting a 2 is 1/36.The only number less than 3 that you can get with two dice is 2. The probability of getting a 2 is 1/36.The only number less than 3 that you can get with two dice is 2. The probability of getting a 2 is 1/36.
They are: 2 3 5 7 11 13 17 19 23 and 29
100,000,999
E The number of letters between Y and S is one less than the number of letters between S and N, which is one less than N and J etc. YXWVUTS SRQPON NMLKJ JIHG GFE
s < 12
17
Nine less than three times a number; the initial number being represented by s.
There are more than just prime and composite, there are 3 other types which you can describe a number by the kind of factors. They are abundant number, deficient number, and perfect number. An abundant number is a number which if its factors were all added up , the sum would be greater than the number itself. A deficient number is a number in which if all its factors were added up the sum would be less than the number itself. A perfect number is in which a numbers factors are added up and the sum will be the same number as the number itself. Example of abundant number: 12 because these are its factors, 1+2+3+4+6 which equals 16 and 16 is greater than 12. Example of a deficient number: 15 because 15's factors are 1+3+5 which equals 9 and 9 is less than 15. Example of a perfect number: 6 because 6's factors are 1+2+3 which equals 6 and 6 is the same as 6
no, it has got less computing power, therefore its slower
6, 9, 12, 15, 18, and 21