| Giver | Post | Date |
| JHR2021 | If n is an integer greater than 10, then the expression (n^2 - 2n)(n + | 12-Sep-2023 |
| FarhinR | If n is an integer greater than 10, then the expression (n^2 - 2n)(n + | 05-Jun-2023 |
| AbhinavKumar | If n is an integer greater than 10, then the expression (n^2 - 2n)(n + | 03-Jun-2023 |
| Vimul | If n is an integer greater than 10, then the expression (n^2 - 2n)(n + | 01-Jul-2020 |
| tejasvkalra | If n is an integer greater than 10, then the expression (n^2 - 2n)(n + | 15-Jan-2020 |
| Shubham007 | If n is an integer greater than 10, then the expression (n^2 - 2n)(n + | 20-May-2019 |
| ArupRS | If n is an integer greater than 10, then the expression (n^2 - 2n)(n + | 04-Apr-2019 |
| imranmah | If n is an integer greater than 10, then the expression (n^2 - 2n)(n + | 11-Oct-2017 |
| JS1290 | If n is an integer greater than 10, then the expression (n^2 - 2n)(n + | 09-Oct-2017 |
| srikanth9502 | If n is an integer greater than 10, then the expression (n^2 - 2n)(n + | 31-Aug-2017 |
| krish182 | If n is an integer greater than 10, then the expression (n^2 - 2n)(n + | 20-Jul-2017 |
| ehsan090 | If n is an integer greater than 10, then the expression (n^2 - 2n)(n + | 20-Jul-2017 |
| chaitalip | If n is an integer greater than 10, then the expression (n^2 - 2n)(n + | 16-Jul-2017 |
| shariq41 | If n is an integer greater than 10, then the expression (n^2 - 2n)(n + | 13-Jul-2017 |
| zahinsarwar | If n is an integer greater than 10, then the expression (n^2 - 2n)(n + | 07-Jul-2017 |
