Use synthetic division to find the quotient and the remainder. Choose the correct quotient Q(c) and remainder R(c). (3c + 20c2 + 24c- 12) (c+5) O A. Q(c) = 3c² + 5c + 1; R(c) = - 7 O B. Q(c) = 3c² + 5c + 1; R(c) = 7 OC. Q(c) = 3c² + 5c - 1; R(c) = -7 O D. Q(C) = 3c² - 5c - 1; R(c) = 7
Use synthetic division to find the quotient and the remainder. Choose the correct quotient Q(c) and remainder R(c). (3c + 20c2 + 24c- 12) (c+5) O A. Q(c) = 3c² + 5c + 1; R(c) = - 7 O B. Q(c) = 3c² + 5c + 1; R(c) = 7 OC. Q(c) = 3c² + 5c - 1; R(c) = -7 O D. Q(C) = 3c² - 5c - 1; R(c) = 7
Chapter5: Polynomial And Rational Functions
Section5.4: Dividing Polynomials
Problem 1SE: If division of a polynomial by a binomial resultsin a remainder of zero, what can be conclude?
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Transcribed Image Text:Use synthetic division to find the quotient and the remainder.
Choose the correct quotient Q(c) and remainder R(c).
(3c + 20c2 + 24c- 12) + (c+5)
O A. Q(c) = 3c² + 5c + 1; R(c) = - 7
O B. Q(c) = 3c² + 5c + 1; R(c) = 7
OC. Q(c)= 3c² + 5c – 1; R(c) = -7
O D. Q(C) = 3c² - 5c – 1; R(c) = 7
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