9 and 26 go evenly into all the infinite multiples of their lowest common multiple (which is 234), namely:
234, 468, 702, 936, 1170, 1404, 1638, 1872, 2106, 2340, 2574, 2808, 3042, 3276, 3510, 3744, 3978, 4212, 4446, 4680, 4914, 5148, 5382, 5616, 5850, 6084, 6318, 6552, 6786, 7020, 7254, 7488, 7722, 7956, 8190, 8424, 8658, 8892, 9126, 9360, 9594, 9828, 10062, 10296, 10530, 10764, 10998, 11232, 11466, 11700, 11934, 12168, 12402, 12636, 12870, 13104, 13338, 13572, 13806, 14040, 14274, 14508, 14742, 14976, 15210, 15444, 15678, 15912, 16146, 16380, 16614, 16848, 17082, 17316, 17550, 17784, 18018, 18252, 18486, 18720, 18954, 19188, 19422, 19656, 19890, 20124, 20358, 20592, 20826, 21060, 21294, 21528, 21762, 21996, 22230, 22464, 22698, 22932, 23166, 23400, ...
It is: 252
The number 18 can be evenly divided by the numbers 1, 2, 3, 6, 9, and 18 itself.
3, 9, 1, 27
The number that can divide evenly into 6 and 9 would be 3.
22 - 4 = 18 = 9 x 22 with 4 remaining
144
3 and 1 will go into both number evenly leaving no remainders.
The answer it yes because 9/9=1. 1 is a whole number. The answer has no remainder, it's not a decimal, nor is it a fraction. So it does go into 9 evenly.
The least common multiple [the number that the numbers go into evenly] is 360.
144
1638
It is: 252
6*9=54 so they both go into it evenly, but the lowest number is 18.
The number 18 can be evenly divided by the numbers 1, 2, 3, 6, 9, and 18 itself.
Only the number one.
3, 9, 1, 27
Evenly, the numbers 5 and 9 can "go into" the number 45.