Use the Taylor series in Table 11.5 to find the first four nonzero terms of the Taylor series for the following functions centered at 0.

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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Use the Taylor series in Table 11.5
to find the first four nonzero terms of the Taylor series for the following
functions centered at 0.
35.
v aniwollo
36. sin x?
Transcribed Image Text:Use the Taylor series in Table 11.5 to find the first four nonzero terms of the Taylor series for the following functions centered at 0. 35. v aniwollo 36. sin x?
Table 11.5
1
1 + x + x² +· . .+ x* + •
Σ
Ex, for x < 1
1
k=0
00
1
= 1 – x + x² – . ..+ (-1)*x* + .
(-1)**, for |x| < 1
for x< 1
1 + x
k=0
X
et = 1 + x +
2!
+
k!
for x < ∞
k!'
k=0
(-1)* x2k+1
+..
Σ
(-1)k x2k+1
(2k + 1)!
sin x = x
for x < ∞
3!
5!
(2k + 1)!
k=0
(-1)* x*
(2k)!
(-1)* x
Σ
x²
cos x = 1
for x < 0
2!
4!
(2k)!
k=0
(-1)*+1 xk
(-1)*+ly*
In (1 + x) = x
Σ
for -1 < x< 1
%3D
2
k
k
k=1
x²
-In (1 – x) = x+
x3
th
k
for -1 < x < 1
%3D
k '
k=1
tan x = x -
3
(-1) x2k+1
(-1)* x²k+1
+. .. =
for x < 1
5
2k + 1
2k + 1
k=0
x2k+1
00
x2k+1
sinh x = x +t
3!
+...+
5!
for x < ∞
(2k + 1)!
k=0(2k + 1)!
cosh x = 1 +
2!
%3D
+.
(2k)!
for x < ∞
4!
k=0 (2k)!'
(1 + x)* = .
r*, for x<1 and
k
(P) = P(p - 1)(p - 2) · (p – k + 1)
|
%3D
k 0
= 1
k!
| ल
Transcribed Image Text:Table 11.5 1 1 + x + x² +· . .+ x* + • Σ Ex, for x < 1 1 k=0 00 1 = 1 – x + x² – . ..+ (-1)*x* + . (-1)**, for |x| < 1 for x< 1 1 + x k=0 X et = 1 + x + 2! + k! for x < ∞ k!' k=0 (-1)* x2k+1 +.. Σ (-1)k x2k+1 (2k + 1)! sin x = x for x < ∞ 3! 5! (2k + 1)! k=0 (-1)* x* (2k)! (-1)* x Σ x² cos x = 1 for x < 0 2! 4! (2k)! k=0 (-1)*+1 xk (-1)*+ly* In (1 + x) = x Σ for -1 < x< 1 %3D 2 k k k=1 x² -In (1 – x) = x+ x3 th k for -1 < x < 1 %3D k ' k=1 tan x = x - 3 (-1) x2k+1 (-1)* x²k+1 +. .. = for x < 1 5 2k + 1 2k + 1 k=0 x2k+1 00 x2k+1 sinh x = x +t 3! +...+ 5! for x < ∞ (2k + 1)! k=0(2k + 1)! cosh x = 1 + 2! %3D +. (2k)! for x < ∞ 4! k=0 (2k)!' (1 + x)* = . r*, for x<1 and k (P) = P(p - 1)(p - 2) · (p – k + 1) | %3D k 0 = 1 k! | ल
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