It is infinite but the LCM is 21
The greatest common multiple of any set of integers is infinite.--------------------------------------------------------------------------------------------------------Did you perhaps mean:the greatest common FACTOR (the greatest number which divides into 14 and 21 without remainder): gcf(14, 21) = 7;the LOWEST common multiple (the smallest number which is a positive multiple of both 14 and 21): lcm(14, 21) = 42
Since 21 is a factor of 84, it is automatically the GCF. Since 84 is a multiple of 21, it is automatically the LCM.
The Greatest Common Factor of 21, 9 is 3.
The greatest common multiple of any set of integers is infinite.
There is no greatest common multiples for whatever common multiple is claimed to be the greatest the lowest common multiple of the numbers (in this case 15) can be added to get an even greater common multiple.
Least Common Multiple:21 Greatest Common Factor:1
The greatest common multiple of any set of integers is infinite.--------------------------------------------------------------------------------------------------------Did you perhaps mean:the greatest common FACTOR (the greatest number which divides into 14 and 21 without remainder): gcf(14, 21) = 7;the LOWEST common multiple (the smallest number which is a positive multiple of both 14 and 21): lcm(14, 21) = 42
21 is the LCM, but multiples go on forever, so there is no upper limit, or greatest common multiple.
The Greatest common multiple of 33 and 6 is 3.
Since 21 is a factor of 84, it is automatically the GCF. Since 84 is a multiple of 21, it is automatically the LCM.
The GCF is 3.
The greatest commonfactor(gcf) of 24 and 21 is 3
Any multiple of the least common multiple (264) is a common multiple, so there is no greatest.
The Greatest Common Factor of 60, 21, 9: 3
The greatest common factor of 21 and 75 is 3.
The greatest common factor of 21 and 162 is 3.
The Greatest Common Factor of 21, 9 is 3.