Some prime factorizations have repeated factors. The prime factorization of 72 is 2 x 2 x 2 x 3 x 3. The distinct prime factors of 72 are 2 and 3.
16=2*2*2*2 There is only one distinct prime factor, that is 2.
34 has one distinct prime factor.
49 has one distinct prime factor, two altogether.
The total number of integers that are multiples of both 8 and 21 is infinite. The first few are these: 168, 336, 504, 672, 840 . . .
Yes.
Prime numbers have one distinct prime factor.
Oh, dude, the positive difference between the number of distinct prime factors of 15 squared (225) and 64 cubed (262,144) is like 4. Prime factors are like those VIP numbers that can't be divided by anything except 1 and themselves. So, 225 has 2 distinct prime factors (3 and 5), and 262,144 has 1 distinct prime factor (2). Subtract 1 from 2, and you get 1. Wow, math can be fun, right?
A factor rainbow is a method to determine a prime factorization.
Not a lot. They're both prime numbers. A factor that is prime is used to make other numbers.
Prime factors are factors that are prime. For example, 13 is a prime number and 13 is a factor of 26. So that means 13 is a prime factor.
No, 12 is not a prime number.
16=2*2*2*2 There is only one distinct prime factor, that is 2.
Find the prime factorization. Identify the distinct prime factors. Add them up.
The GCF isn't always prime.
All numbers have factors. Some factors are prime numbers, some are not.
34 has one distinct prime factor.
Every whole number has at least one prime factor.With the possible exception of ' 1 ', whose only factor is ' 1 ' andisn't considered a prime number.