29 \( 6 x^{3}-48 x^{2}+5 x-40 \)

Did you know that the factorization of polynomials dates back to ancient civilizations, including the Greeks? They used geometric methods to find areas and volumes, which essentially involved manipulating polynomial expressions long before the algebra we know today was formally developed. Mathematics really has a rich history steeped in exploration and discovery! In real-world applications, polynomials show up everywhere! Whether it's physics calculating trajectories, economics modeling growth, or computer graphics rendering, understanding how to work with polynomial expressions can unlock a treasure trove of practical solutions. So, next time you encounter a polynomial, think of all the exciting possibilities it represents beyond just the math homework!