That's a false statement. Both 16 and 64 have one prime factor. 16 can't be the LCM of two prime numbers and 64 can't be the product. If you leave out the word prime, you can use 16 and 4.
No. You can only find the LCM of at least two numbers, prime or otherwise. The LCM of any two prime numbers is their product.
The prime factorization of the LCM will contain all the prime factors of the two original numbers. When the original numbers don't have any prime factors in common, (the GCF is 1) the LCM will be their product. When the two original numbers have prime factors in common (the GCF is 2 or more) the duplicates will be discarded and the LCM will be less than their product.
The LCM of two numbers is sometimes the product of the two numbers.
The product of two prime numbers will be composite.
The LCM of 6 and 13 is 78. Because 13 is prime, the LCM of the two numbers is their product.
Product of the two prime numbers is the LCM. For example 3, 7 have 21 as LCM
Yes,LCM of two numbers is their product.
If the two numbers have no prime factors in common, their LCM will be their product. If there are prime factors in common, their LCM will be less than their product.
When two numbers are relatively prime, the LCM will be their product.
Their product.
When the numbers are co-prime.
No. You can only find the LCM of at least two numbers, prime or otherwise. The LCM of any two prime numbers is their product.
Their product.
Their product.
The LCM of two numbers is their product if and only if the two numbers are co prime, that is their HCF is 1. Otherwise their LCM in not their product, in fact, it is their product divided by their HCF.
Any two that are relatively prime.
Numbers that are relatively prime.