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No. A multiple cannot be less than the number it is compared to. An LCM can never be less than the greatest number in the set.

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No. The LCM of 9 and 4 is 36.

Q: Is the LCM of a pair of number ever less than both nubers Explain with an example?

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I can't give you an example of when that happens because that doesn't ever happen. The GCF of a pair of numbers can't be larger than the smaller number.

We speak of "agreement" in person and number. For example, in the sentence "She is," both the verb and the pronoun are in the third person singular.

Try it out! Divide 72 by 48, for example on a calculator. If you get a whole number, it is; otherwise it's not.

The number is 1.

The only number that could be both a factor and a multiple is 7 itself.

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If you divide both nubers by 9, you will get the simplest form. (The answer is 8/11.)

They both are a series of linked reactions.

The LCM is never less than the greatest number in the set. The LCM of 4 and 9 is 36.

How about 60 as an example

A number can't have a factor greater than itself, so the GCF of a pair of numbers can't ever be greater than the smaller number. The GCF of 9 and 18 is 9.

We make atomic number by number of protons in a atom. We make mass number by total of both protons and neutrons.

Because it is a very simple example to explain both games theory and rational choice theory. It's simple to explain and really, really easy to understand.

You ned at least two nubers to find both of those. If that's 6 and 3, the LCM is 6 and the GCF is 3.

Potassium and calcium are both in period 4 of the periodic table because they both have 4 electrons in their outermost energy level. This means they both have the same number of protons and the same number of electrons, which puts them in the same period. Additionally, they both have the same number of shells, which is why they are both in period 4.

Many; one example: 2772

All irrational numbers are Real numbers - it's part of the definition of an irrational number. Imaginary numbers are neither rational nor irrational. An example of a number that is both Real and irrational is the square root of two. Another example is the number pi.

Example of a palindromic number is 16461.A palindromic number reads the same from both ends, which 16 fails to do.