Oct 10, 2018 · The remainder when the polynomial 8x2 +4x −3 is divided by 2x − 1 is 1, which was found using polynomial long division. After performing the division step-by-step, we determined that …

Sep 1, 2022 · When you substitute x = 3 into the expression 8x2 + x, you calculate to find that the value is 75. This involves squaring 3, multiplying by 8, and adding 3. The steps lead to the final result of 75.

Mar 4, 2016 · The true statement about the quadratic equation 8x2 −5x +3 = 0 is that the leading coefficient is 8. Therefore, the correct answer choice is C. All other statements regarding the …

May 23, 2016 · The sum of the polynomials (7x3–4x2) + (2x3–4x2) is 9x3 − 8x2. The correct answer choice is D. This is obtained by adding like terms from both polynomials.

Nov 20, 2016 · Q(x) = 8x2 − 8x + 2 − 5+ x To simplify, we must add similar terms, taking into account that different signs are subtracted and the sign of the major is placed.

The choices include 8x2 − 10x − 3, 8x2 + 2x − 3, 8x2 − 6x −3, and 8x2 + 23x − 3, all of which are reducible. Therefore, the answer is that none of the suggested polynomials is a prime polynomial. To …

Jul 19, 2019 · The constant of the function f (x) = 8x2 − 7x + 6 is 6. This value is identified as the constant term in the standard form of the quadratic equation. It represents the y-intercept of the …

Jul 30, 2020 · The original equation 8x2 − 48x = −104 can be transformed into the standard quadratic format by moving all terms to one side and dividing by 8. This results in the equation x2 − 6x + 13 = …

Nov 18, 2019 · The function f (x) = x4 +x3 − 8x2 − 12x has roots at 0, -2 (double root), and 3. The graph will intersect the x-axis at these points and display the characteristics of a fourth-degree polynomial. …

Jun 6, 2017 · The given equation is as follows. (8x2 −9y2 − 4x) + (x2 − 3y2 −7x) Both the equations can be added with coefficients of same variables. Coefficients with different variables cannot be added …