For problems 11-15, find T,(x) for the given function at the number a; investigate the accuracy of your approximation by finding an upper bound for |R„(x)| when x lies in the given interval. 11. f(x) = /x a = 8 3 п 3 2 8くx<8.3 п n = 4 6. 12. f(x) = COS X 3 13. f(x) = e2x a = 0 n = 3 0 < x <.2 14. f(x) = x-2 a = 1 N = 3 .8 < x < 1.2 15. f(x) — х сos 4x a = 0_n = 5 - 0.1 < x < 0.1 ||

Algebra & Trigonometry with Analytic Geometry
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ISBN:9781133382119
Author:Swokowski
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Chapter4: Polynomial And Rational Functions
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For problems 11-15, find T,(x) for the given function at the number a; investigate the accuracy of
your approximation by finding an upper bound for |R„(x)| when x lies in the given interval.
11. f(x) = /x a = 8
3
п 3 2
8くx<8.3
п
n = 4
6.
12. f(x) = COS X
3
13. f(x) = e2x
a = 0
n = 3
0 < x <.2
14. f(x) = x-2
a = 1
N = 3
.8 < x < 1.2
15. f(x) — х сos 4x
a = 0_n = 5
- 0.1 < x < 0.1
||
Transcribed Image Text:For problems 11-15, find T,(x) for the given function at the number a; investigate the accuracy of your approximation by finding an upper bound for |R„(x)| when x lies in the given interval. 11. f(x) = /x a = 8 3 п 3 2 8くx<8.3 п n = 4 6. 12. f(x) = COS X 3 13. f(x) = e2x a = 0 n = 3 0 < x <.2 14. f(x) = x-2 a = 1 N = 3 .8 < x < 1.2 15. f(x) — х сos 4x a = 0_n = 5 - 0.1 < x < 0.1 ||
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