I get how to solve it but having a problem looking at the function on the graph. Can you show me how to graph this?

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter4: Polynomial And Rational Functions
Section4.3: Zeros Of Polynomials
Problem 41E
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I get how to solve it but having a problem looking at the function on the graph. Can you show me how to graph this?
Figure 2
TRY IT #4
Find the zeros of f(x) 2x + 5z2 - 11z +4.
Using the Linear Factorization Theorem to
A vital implication of the Fundamental Theorem of Algebra, as we st.
zeros in the set of complex numbers, if we allow for multiplicities. Th
factors. The Linear Factorization Theorem tells us that a polynomia
and that each factor will be in the form (I- C), where c is a comple
Let f be a polynomial function with real coefficients, and suppose a
(a + bi) is a factor of f(r). For f to have real coefficients, I -
any factor other than a- (a – bi), when multiplied by I (a + bi
multiplication with conjugate pairs will eliminate the imaginary parts ar
function f with real coefficients has a complex zero a + bi, then the c
is called the Complex Conjugate Theorem.
COMPLEX CONJUGATE THEOREM
Transcribed Image Text:Figure 2 TRY IT #4 Find the zeros of f(x) 2x + 5z2 - 11z +4. Using the Linear Factorization Theorem to A vital implication of the Fundamental Theorem of Algebra, as we st. zeros in the set of complex numbers, if we allow for multiplicities. Th factors. The Linear Factorization Theorem tells us that a polynomia and that each factor will be in the form (I- C), where c is a comple Let f be a polynomial function with real coefficients, and suppose a (a + bi) is a factor of f(r). For f to have real coefficients, I - any factor other than a- (a – bi), when multiplied by I (a + bi multiplication with conjugate pairs will eliminate the imaginary parts ar function f with real coefficients has a complex zero a + bi, then the c is called the Complex Conjugate Theorem. COMPLEX CONJUGATE THEOREM
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