27 = 128
The number 1 itself has a prime factorization of just the number 1. All other numbers have a prime factorization consisting of at least two prime numbers.
Even numbers.
In a set of numbers, the difference between the greatest and the least is called the range.
Prime factorization tells you what prime numbers multiply to get the number. You can see which numbers that number is divisible by to get the multiples and factors.
The Least Common Multiple (LCM) is the smallest number that two or more numbers will divide into evenly.
289 does.
None. There are no numbers "between" a single number: you need at least two numbers to have a "between".
You need at least two numbers to find an LCM.
How about: 10
the difference between the greatest and the least number in a set of numbers
No. Any factor string of a negative number would have to include at least one negative number and there aren't any negative prime numbers.
No. Any factor string of a negative number would have to include at least one negative number and there aren't any negative prime numbers.