Divide. (4x2 -20x+13) -(x-4) Your answer should give the quotient and the rer Quotient: Remainder: 0
Divide. (4x²+34x+39) = (x+7) Your answer should give the quotient and the remainder. Quotient: Remainder: -3 x 52 Don't Know
Divide. (2x² + 3x – 33) = (x+5) Your answer should give the quotient and the remainder. Quotient: 0 Remainder: 0 Х 5
Polynomial long division: Problem type 2 Divide. (18x' +15x2- 18x+1)+(6x2 – 3x) Your answer should give the quotient and the remainder. Quotient: Remainder: 0 ? Page 2 of 4 Explanation Check Slide 1 of 1 Eng A
Divide using long division. State the quotient, q(x), and the remainder, r(x). (8x3 + 12x2 + 4x - 24) + (4x - 4)
Use the remainder theorem to find P(-2) for P(x)=x*+3x°-5x²+4. Specifically, give the quotient and the remainder for the associated division and the value of P(-2). Quotient = 0 x 5 ? Remainder = 0 P(-2) = [ Continue MacBook Pro esc Q Search or type URL wa
Implement a function divide, which receives a dividend and a divisor, returns the quotient and the reminder. Your program should include the following testing main function and return the expected output. int main () { int quotient, remainder; divide(487, 32, quotient, remainder); std::cout << quotient << “,” <<remainder << std::endl;// expected output: 32,7 divide(0, 51, quotient, remainder); std::cout << quotient << “,” <<remainder << std::endl;// expected output: 0,0 }
Divide using long division. State the quotient, q(x), and the remainder, r(x). (6x2 + 6x² – 2x – 10) = (2x - 2) (6x2 + 6x2 - 2x – 10) = (2x - 2) = (+24 2x-2 (Simplify your answers. Do not factor. Use integers or fractions for any numbers in the expressions.)
Divide using long division. State the quotient, q(x), and the remainder, r x). (9x3+12x +6x-27) (3x-3) (x3 + 12x2+6x-27)+ (3x-3) (Simplify your answers. Do not factor. Use integers or fractions for any numbers in the expressions.)
Answer ALL questions. (20 marks) 1. Find the quotient and remainder by using long division. (6x + 4x* + 3) + (1 + 2x) 2. Given that P(x) = ax2 + 5x - 1 and Q(x) = bx + 4. If P(x). Q(x) = 3x2 + 17x2 + 19x - 4, find the values of a and b. 3. The function H(x) = x3 + ax? – bx + 5 gives a remainder of 11 when divided by x +...
Use this computer algebra system to divide (14x? + x + 3x5 + 7x4 +4x3 - 8x2 + 22). + (2x4 – 3x3 + 4x2 + x – 5) What terms are in the quotient (excluding the remainder)? There may be more than one correct answer. Select all correct answers. 36 0-36x3 7x3 107x2 11r2 -58 U O 4x 0-16