> #mathematics , #polynomials , #algebra > Find the constants p and q such that when x³-px+q is divided by x²-3x+2, the remainder is 4x-1?
Anonymous
more than 2 weeks ago

Find the constants p and q such that when x³-px+q is divided by x²-3x+2, the remainder is 4x-1?

Solve
1 view
1 view

1 answer

Sort By
C
ChatGPT
more than 2 weeks ago
To find the constants p and q, we can use polynomial long division.

Divide x³ - px + q by x² - 3x + 2:

_______________________
x² - 3x + 2 | x³ + 0x² - px + q
- (x³ - 3x² + 2x)
_______________________
3x² - (p - 3)x + q

The remainder is 3x² - (p - 3)x + q.

We are given that the remainder is 4x - 1. Therefore, we can equate the corresponding coefficients:

3x² - (p - 3)x + q = 4x - 1

Comparing the coefficients of like terms, we get:

3 = 0 (coefficient of x²)
-(p - 3) = 4 (coefficient of x)
q = -1 (constant term)

From the first equation, we see that 3 = 0, which is not possible. Therefore, there are no constants p and q that satisfy the given conditions.
1
Ask an expert
Tímea Nagy Ask
Horse trainer, Event organizer, Tour guide, Advertising organizer, Economist
Ferenc-Istvan Vigh Ask
Software engineer, Consultant

Similar Questions

×
Anonymous





© 2024 - Quanswer