a) Estimate the polynomial f(x) = x=n/2, using zero and 1 order Taylor series. Compare the true and approximate relative errors in the two approximations. cos x at x = n from its value and derivatives at %3D b) For the data given below, use 1s" Order Lagrange interpolating polynomial to find y at x - 65. 55 70 30 24

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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a) Estimate the polynomial f(x) = cOsx
x=n/2, using zero and 1 order Taylor series. Compare the true and approximata
relative errors in the two approximations.
at x = n from its value and derivatives at
b) For the data given below, use 1st Order Lagrange interpolating polynomial to find y at x
3D65.
55
70
30
| 24
Transcribed Image Text:a) Estimate the polynomial f(x) = cOsx x=n/2, using zero and 1 order Taylor series. Compare the true and approximata relative errors in the two approximations. at x = n from its value and derivatives at b) For the data given below, use 1st Order Lagrange interpolating polynomial to find y at x 3D65. 55 70 30 | 24
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