composite seeing as if a number has more factors than 1 and itself.
If you multiply a Prime number the product will be a composite number. This is because it will have more than two factors as the prime number will be a factor.
Example
The factors of 3 are:
3 : 1,3
3 multiplied by 3 is 9.
The factors of 9 are:
9 : 1,3,9
Multiples of any numbers other than 1 are composite numbers.
The multiples of primes are composite, because they are divisible by the two numbers that were multiplied to make it.
They are primes.
That's a prime factorization.
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.
To write a composite whole number as the product of its prime factors is to write its prime factorization.
7 is a factor of 77 so it cannot be a prime. So it has to be composite.It is composite since 7 x 11 is 77 and those are both primes. That is to say, it is the product of two primes and that makes it composite.
They are the composite numbers, products of primes and their multiples. All even numbers are composite, except the number two (2) which is prime.
No primes are composite. The prime factors of 80 are 2 and 5.
They are primes.
That's a prime factorization.
No, multiples of prime numbers are composite.
A composite number is basically one that is NOT a prime - a composite number is a product of two or more primes.
It is called the prime factorisation (or prime decomposition) of the composite number.
Composite. Even numbers higher than 2 are not Primes.
No, it is composite.
Multiples of any number greater than one are composite.
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.