Below you can find the full step by step solution for you problem. We hope it will be very helpful for you and it will help you to understand the solving process.
If it's not what You are looking for type in the field below your own integer, and You will get the solution.
By prime factorization of 27256 we follow 5 simple steps:
1. We write number 27256 above a 2-column table
2. We divide 27256 by the smallest possible prime factor
3. We write down on the left side of the table the prime factor and next number to factorize on the ride side
4. We continue to factor in this fashion (we deal with odd numbers by trying small prime factors)
5. We continue until we reach 1 on the ride side of the table
| 27256 | |
| prime factors | number to factorize |
| 2 | 13628 |
| 2 | 6814 |
| 2 | 3407 |
| 3407 | 1 |
| Prime factorization of 2280 | | Factors of 1617 | | Factors of 272 | | Prime factorization of 792 | | Prime factorization of 13832 | | Prime factorization of 13852 | | Prime factorization of 224 | | Factors of 1444 | | Factors of 416 | | Factors of 392 | | Prime factorization of 684 | | Factors of 123456789 | | Prime factorization of 126619 | | Factors of 1960 | | Factors of 1125 | | Factors of 1078 | | Factors of 646 | | Prime factorization of 3675 | | Prime factorization of 2055 | | Factors of 412 | | Prime factorization of 27720 | | Factors of 354 | | Factors of 323 | | Factors of 955 | | Factors of 234 | | Prime factorization of 1980 | | Prime factorization of 1269 | | Prime factorization of 725 | | Prime factorization of 3439 | | Factors of 107 | | Factors of 604 | | Factors of 498 |