The process of identifying whether an expression is a factor requires verifying if it can divide another expression without any remainder. If the result of the division process is zero, then the expression can be considered a factor. This fundamental concept plays a significant role in algebra, especially when it comes to factoring polynomials and simplifying intricate expressions.
| Topic | Problem | Solution |
|---|---|---|
| None | 1 point Which expression is a factor of \( x^{2}+… | Find the factors of -40 such that their sum is 3. |