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Q: How are common denominator any common multiple alike?

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A common denominator is 209, as is any multiple of 209.

For a common denominator of 7 and 21 you can use any multiple of their Lowest Common Multiple: LCM(7, 21) = 21 So you can use any of 21, 42, 63, ... as a common denominator.

The common denominator refers to a multiple that is COMMON to two or more numbers. You have only one number in the question! The common denominator for a number is any non-zero multiple of the number.

The common denominator refers to a multiple that is COMMON to two or more numbers. You have only one number in the question! The common denominator for a number is any non-zero multiple of the number.

The common denominator refers to a multiple that is COMMON to two or more numbers. You have only one number in the question! The common denominator for a number is any non-zero multiple of the number.

It is any multiple of 75.

Any multiple of 720

Any multiple of 28.

Any multiple of 24.

Any multiple of 100

Common denominators are common multiples that are being used as denominators.

350 and any multiple of 350.

It is 238 or any multiple of 238.

Any multiple of 36.

Any multiple of 21 can be.

Any multiple of 420.

Common multiple. Incidentally, it need not be the least common multiple. Using the least common multiple instead of any common multiple means that the numbers involved in the calculations are smaller but does not mathematically alter the results.

The lowest common denominator of any set of whole numbers is 1

0 is not a factor of any number. You can't divide by zero. The least common multiple (or least common denominator) of integers must always be a number that is 1 or more. Although 0 is technically a multiple of any number, for a common denominator it is not appropriate, because zero can't appear in the denominator.

There is no highest common multiple. Once you get a common multiple - for example, multiplying 18 x 57, or using prime factorization to get the smallest common multiple - you can multiply it by 2, by 3, by 4, etc. and get ever-larger common multiples.