From a least common multiple, you can show that every number below it is not a common multiple of the two numbers. However, there are an infinite number of multiples above the LCM that the two share, so you cannot label any of them as the "greatest common multiple." Easier way to think of it would be to take a supposed GCM and double it. The resulting number is now the GCM. Double it again, and you get a new GCM. This continues onto infinity.
There can be no greatest common multiple. If x were the greatest common multiple, then 2x would be a still greater common multiple. So x could not be the greatest. Thus there is no such thing as a greatest common multiple.
The greatest common multiple of any set of integers is infinite.
The greatest common multiple of any set of integers is infinite.
The greatest common multiple is infinitely large, the least common multiple is 1365, the greatest common factor is 1.
There can never be a greatest common multiple. If a number, X, is claimed as the greatest common multiple, the 2X is a common multiple, and it is greater than X which contradicts X being the greatest.
There is no greatest common multiple - whatever common multiple you come up with as the greatest one I can add their lowest common multiple (45162) and get an even higher multiple. There is a greatest common factor, which for 3474 and 26 is 2.
The greatest common multiple is infinite.
The greatest common multiple of any set of integers is infinite.
The greatest common FACTOR of 90 and 108 is 18. The LEAST common multiple is 540. There can be no greatest common multiple since double that number will be a greater common multiple.
The GREATEST common multiple is a number approaching infinity. The LEAST common multiple is 540.
The greatest common multiple of any set of numbers is infinite.
The greatest common multiple of any set of integers is infinite.