The prime factorization of 21 can be expressed as 3^1 * 7^1, where 3 and 7 are both prime numbers. This means that 21 can be broken down into the product of these prime factors raised to their respective exponents. In other words, 21 is the result of multiplying 3 by 7.
(98) = 2 * (49) = 7 * 7 ( both primes, end sequence) so > prime factors are : 21 * 72
Oh, dude, prime factorization, really? Alright, so 22 can be broken down into 2 x 11. To write it with exponents, you'd have 2^1 x 11^1. So, there you go, prime factorization of 22 with a sprinkle of exponents.
The prime factorization for 21 is: 3x73 x 7 = 21
The prime factors of 90 in exponential form are 21 x 32 x 51.
The prime factorization of 50 using exponents is 21 x 52
3 x 7 = 21 No exponents necessary.
21 x 33
10 = 21*51
250 = 21 x 53
21 x 831 = 166
It is: 21*71*111 = 154
1250 = 21 x 54
54 = 21 x 33
18 = 21 x 32
14 = 21 x 71
94 = 21 x 471