Let P(x) = 2x² +5x+5. Give a step-by-ste- & proof to show that P(x) is continuous at x = -2. (Hint: rewrite the definition of lim-2 P(x) = P(-2), substituting the actual values for generic terms. Set a temporary bound bon |z − (−2)| = |x + 2), and find a bound M on Q(x)\, where |P(x) – P(−2)| = |Q(x)(x + 2)| = |Q(x)||x + 2| ≤ M|x + 2| < €. Then & min(b, c/M} will work.)

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter4: Polynomial And Rational Functions
Section4.5: Rational Functions
Problem 44E
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Wksp 4 Q6

PLEASE PLEASE include labeled definition(AS IT APPLIES TO THE QUESTION), scratchwork, and proof

Let P(x) = 2x² +5x+5. Give a step-by-ste- & proof to show that P(x) is continuous
at x = -2.
(Hint: rewrite the definition of lim-2 P(x) = P(-2), substituting the actual values
for generic terms. Set a temporary bound bon |z − (−2)| = |x + 2), and find a bound
M on Q(x)\, where |P(z) – P(-2)| = |Q(1)(x + 2)| = |Q(1)||x + 2] ≤ M\x + 2| < €.
Then 6 min (b, e/M} will work.)
Definition.
Scratch work.
Proof.
Transcribed Image Text:Let P(x) = 2x² +5x+5. Give a step-by-ste- & proof to show that P(x) is continuous at x = -2. (Hint: rewrite the definition of lim-2 P(x) = P(-2), substituting the actual values for generic terms. Set a temporary bound bon |z − (−2)| = |x + 2), and find a bound M on Q(x)\, where |P(z) – P(-2)| = |Q(1)(x + 2)| = |Q(1)||x + 2] ≤ M\x + 2| < €. Then 6 min (b, e/M} will work.) Definition. Scratch work. Proof.
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