The least common multiple of 50 , 72 , 120 = 1,800
There is no greatest common multiple of two (or more) numbers: whatever number you come up with as the greatest common multiple I can always add their lowest common multiple to get an even higher common multiple. If you meant the LOWEST common multiple (the least number that both divide into with a remainder) then lcm(72, 180) = 360. If you meant the greatest common FACTOR (the greatest number that divides into both), then gcf(72, 180) = 36.
The greatest 6-digit common multiple is 997920.
Greatest Common Factor (GCF) for 60 72 is 12Least Common Multiple (LCM) for 60 72 is 360
There is no greatest common multiple of any set of numbers. Whatever number you say is their greatest common multiple, I can add their lowest common multiple and get an even greater number.I suspect you want one of:Greatest Common Factor (the highest (positive) number that divides into both without any remainder): GCF(72, 12) = 12Lowest Common Multiple (the lowest (positive) number that is a multiple of both, that is they both divide into without any remainder); LCM(72, 12) = 72
No. Nobody can. There's no such thing as the 'greatest common multiple'. If somebody brings you a number and tells you that it's the greatest common multiple of 72 and 120, just bring it to me. I'll add 360 to it and get a common multiple that's even greater.
The Least Common Multiple (LCM) for 72 120 is 360.
The least common multiple of the numbers 72 and 120 is 360.
The GCF of 72, 90, and 120 is: 6
The least common multiple of 72 , 120 , 144 = 720
The least common multiple of 50 , 72 , 120 = 1,800
The greatest common multiple is an infinite amount and not very practical for problem solving.
The Greatest Common Factor of 120, 48, 72 is 24.
No. This cannot be answered because the common multiples of any two or more numbers are infinite.
There is no greatest common multiple. Whatever value you may come up with, I can always add their lowest common multiple (72) to get a higher common multiple.
The GCF of 72, 120, and 144 is 24.
24