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Q: List all the composite numbers between each numbers?

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6 8 9 10 12 14 15

There are infinitely many numbers, and these comprise infinitely many primes and composites. It is not possible to list them all.

It's an enormous list; we wouldn't be able to get them all. All of the prime numbers in that range are co-prime with each other. The composite numbers, as long as they aren't multiples of the primes, are co-prime with the primes. The square numbers are co-prime with each other and quite a few of the composite numbers are co-prime with each other. If you could narrow the range, we could be more specific.

That will be difficult to answer specifically without the list of numbers, but as a general rule, test up to the square root.

The relationship between prime numbers and composite numbers is that they are antonyms or opposites of each other. A natural number, is either prime or composite, but it can not be both. Prime numbers have only two factors, one and itself. Composite numbers are whole numbers that are not prime numbers, which means that they have factors other than one and itself.

It's an enormous list; we wouldn't be able to get them all. All of the prime numbers in that range are co-prime with each other. The composite numbers, as long as they aren't multiples of the primes, are co-prime with the primes. The square numbers are co-prime with each other and quite a few of the composite numbers are co-prime with each other. If you could narrow the range, we could be more specific.

It's an enormous list; we wouldn't be able to get them all. All of the prime numbers in that range are co-prime with each other. The composite numbers, as long as they aren't multiples of the primes, are co-prime with the primes. The square numbers are co-prime with each other and quite a few of the composite numbers are co-prime with each other. If you could narrow the range, we could be more specific.

You can't list "all the" prime and composite numbers; there are infinitely many of each of them. The first prime numbers are: 2, 3, 5, 7, 11, 13, 17, 19, 23, 29, 31 ... You can get longer lists simply by searching the Internet for "List of prime numbers". Any counting number larger than one, which is not a prime numbers, is a composite numbers. Thus, the first composite numbers are: 4, 6, 8, 9, 10, 12, 14, 15, 16, ...

28 and 32

8 and 16

They are both composite numbers because they each have more than two factors The composite factors of 12 are: 4, 6, 12 The composite factors of 32 are: 4, 8, 16, 32

Yes.