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Consider the following cubic polynomial function: p(x): = 2x32x29x - 5 d) Using the Rational Zero Theorem, synthetic division, and the quadratic formula, find the zeros. Enter the rational zero as an integer: A Enter the fully simplified irrational zeros in the form a ± √5 C , using integers for a, b, and c. a = A C = A b = A e) How many x-intercepts does the graph of this function have? Enter your answer as in integer: A f) Imagine a quartic polynomial function with zeros at x=2, -3, 1-i5. Enter the fourth zero with no spaces in your answer: A

Consider the following cubic polynomial function: p(x): = 2x32x29x - 5 d) Using the Rational Zero Theorem, synthetic division, and the quadratic formula, find the zeros. Enter the rational zero as an integer: A Enter the fully simplified irrational zeros in the form a ± √5 C , using integers for a, b, and c. a = A C = A b = A e) How many x-intercepts does the graph of this function have? Enter your answer as in integer: A f) Imagine a quartic polynomial function with zeros at x=2, -3, 1-i5. Enter the fourth zero with no spaces in your answer: A

Calculus: Early Transcendentals
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Consider the following cubic polynomial function: p(x): = 2x32x29x - 5 d) Using the Rational Zero Theorem, synthetic division, and the quadratic formula, find the zeros. Enter the rational zero as an integer: A Enter the fully simplified irrational zeros in the form a ± √5 C , using integers for a, b, and c. a = A C = A b = A e) How many x-intercepts does the graph of this function have? Enter your answer as in integer: A f) Imagine a quartic polynomial function with zeros at x=2, -3, 1-i5. Enter the fourth zero with no spaces in your answer: A
Transcribed Image Text:Consider the following cubic polynomial function: p(x): = 2x32x29x - 5 d) Using the Rational Zero Theorem, synthetic division, and the quadratic formula, find the zeros. Enter the rational zero as an integer: A Enter the fully simplified irrational zeros in the form a ± √5 C , using integers for a, b, and c. a = A C = A b = A e) How many x-intercepts does the graph of this function have? Enter your answer as in integer: A f) Imagine a quartic polynomial function with zeros at x=2, -3, 1-i5. Enter the fourth zero with no spaces in your answer: A
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