9, 18, 27, 36, 45, 54, 63, 72.
36, 72 and 108
Eight 9s do not equal 100. 9 + 9 + 9 + 9 + 9 + 9 + 9 + 9 = 72
36
9, 18, 27 and so on.
Must be an old one, there are now only eight planets in the solar system.
6, 12, 18, 24, 30, 36
Every time you subtract the first and second digits of the 2-digit number you chose, it comes up with a multiple of 9. For example, 25-2-5=18. 18 is a multiple of 9. So is: 75-5-7=63. 63 is a multiple of 9. On the Regifting Robin gift list, all of the numbers that are a multiple of 9 have the same gift. For example, let's say you did: 99-9-9=81. The number you got will always be a multiple of 9, so all the multiples of 9 get the same gift: So, 18=labelmaker 27=labelmaker 36=labelmaker 45=labelmaker and so on and so forth. The gift changes every time to make it more convincing. Labelmaker is an example of a gift. It won't be labelmaker every time. So the question should be why is it that we always end up with multiples of 9? Let the number N = Ones+ 10x + 100y + 1000z + ... (example : 574 = 4 + 7*10 + 5*100 ) Its digits are w, x, y, z, ... So the sum of the digits is w + x + y + z + ... = S. So, N - S = D = (ones-ones) + (10x-x) + (100y-y) + (1000z -z) + ... = 9x + 99y + 999z + ... = 9 (x + 11y + 111z + ...) So, N - S is a multiple of 9. But, there is more: Once again let N = ones + 10x + 100y + 1000z + ... We want to prove that, if the sum of its digits, S is divisible by 9, then so is the number, N, and conversely. If S is divisible by 9, then S = 9p. Now add the number D to this, calculated above. S + D = 9p + D. But we saw previously that D itself is a multiple of 9, so D = 9q. Hence, S + D = 9p + 9q = 9(p+q) = 9r, say. But then, S + D is nothing but N. So N = 9r, which is what we wnted to show? The converse is proved by starting with N = 9r and subtracting D to yield S = 9(r-q) = 9p,say. See the Related Link for more info on the workings of Regifting Robin.
Division 9's vice captains first name is Yamamoto. He is a commando. He is of Japanese origin and he led his people well.
Restate the question: What is the Least Common Multiple of 16, 9, and 6? 16 = 2x2x2x2 9 = 3x3 6 = 3x2 You need four 2's for the 16, and two 3's for the 9. The 6 is no problem. LCM = 16x9 = 144.
all of them are in there
The GCF of 18 and 63 is 9.The factors of 63 are: 1, 3, 7, 9, 21, & 63The factors of 18 are: 1, 2, 3, 6, 9, & 18The GCF (AKA Greatest Common Factor) is 9.Using prime factorization for 18 you get 2, and two 3's as your primes. For 63 you get 7, and two 3's as your primes. As the two 3's are in common you between both of the numbers, you do 3 multiplied by 3 which is 9. Therefore the gcf for 18, and 63 is 9.The GCF is 9.
e for evaporate s for sublimate