Consider the function f(x) = at x = 0.8. Compute the value of f(0.8) and P₂(0.8) Round your answer to four decimal places. e. 52 Select one: O a. (0.8) 57.1378: P₂(0.8) 56.9800 O b. (0.8) 117.2756; P₂(0.8) 116.9600 C. f(0.8) 58.1378; P₂(0.8) 115.9600 d. f(0.8) 59.1378; P₂(0.8) 57.9800 f(0.8) 58.1378; P (0.8) 57.9800 x 39 and its second-degree polynomial P₂(x) = 52- 26(x-1)+(x-1)² 2

Calculus: Early Transcendentals
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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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52
39
Consider the function f(x) = and its second-degree polynomial P₂(x) = 52- 26(x − 1) + (x − 1)²
√x
at x = 0.8. Compute the value of f(0.8) and P₂(0.8) Round your answer to four decimal places.
Select one:
a. f(0.8)
O b. (0.8)
O c. f(0.8)
d. f(0.8)
57.1378: P₂(0.8) 56.9800
117.2756; P₂(0.8) 116.9600
58.1378; P₂(0.8)
115.9600
59.1378; P₂(0.8)
57.9800
f(0.8) 58.1378: P₂(0.8)
57.9800
e.
≈
Transcribed Image Text:52 39 Consider the function f(x) = and its second-degree polynomial P₂(x) = 52- 26(x − 1) + (x − 1)² √x at x = 0.8. Compute the value of f(0.8) and P₂(0.8) Round your answer to four decimal places. Select one: a. f(0.8) O b. (0.8) O c. f(0.8) d. f(0.8) 57.1378: P₂(0.8) 56.9800 117.2756; P₂(0.8) 116.9600 58.1378; P₂(0.8) 115.9600 59.1378; P₂(0.8) 57.9800 f(0.8) 58.1378: P₂(0.8) 57.9800 e. ≈
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