Well, honey, 12 and 9 can both go into 36. It's like a cozy little club where they can divide and conquer together. Just make sure they don't start any drama or we'll have to kick them out of the party.
9 and 12 can both go into multiples of their least common multiple, which is 36. Therefore, 36 is the smallest number that both 9 and 12 can evenly divide into.
nine 108/12 = 9
Oh, dude, a number that's divisible by both 12 and 9? That's like finding a unicorn at a coffee shop. But hey, technically speaking, the smallest number that fits the bill would be 36. So, there you go, a number that can keep both 12 and 9 happy.
Well, honey, 13 and 9 both go into numbers that are multiples of both 13 and 9. So, the numbers that both 13 and 9 go into are the common multiples of 13 and 9, like 117. Hope that clears things up for you, darling.
It is: 1
9 and 12 can both go into multiples of their least common multiple, which is 36. Therefore, 36 is the smallest number that both 9 and 12 can evenly divide into.
The numbers that go into both 12 and 9 are their common divisors. The common divisors of 12 are 1, 2, 3, 4, 6, and 12, while the common divisors of 9 are 1, 3, and 9. The only common divisor between 12 and 9 is 1 and 3. Thus, 1 and 3 are the numbers that go into both 12 and 9.
3 goes into both 27 and 12. 3 x 9 = 27 and 3 x 4 = 12
9 and 13 both go into 117.
9 and 12, since they both appear twice.
They both go into 1440, for example.
It's a multiple of 9 but not 12.
4g91
108 (4*27 = 9*12 = 108)
9 can go into 12 one time, as 9 is less than 12. When you subtract 9 from 12, you are left with 3, which is less than 9. Therefore, the answer is one time.
4x - 9 = 7x + 12 Subtract 4x from both sides: -9 = 3x + 12 Subtract 12 from both sides: -21 = 3x Divide both sides by 3: x = -7
2p - 9 = 5p + 12 subtract 2p fom both sides -9 = 3p +12 subtract 12 from both sides -21 = 3p divide both sides by 3 -7 = p