Consider the following Maclaurin series: (-1)"x²n (2n)! cos x = for all x E R. n=0 1. Let f(x) = cos(x). Determine the power series representation for f. sin(/x) 2. Use (1) to determine the power series representation for g(x) = 3. Approximate cos( Vx) dx by using the first 3 terms of its series representat

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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Consider the following Maclaurin series:
(-1)"x²n
Σ
(2n)!
cos x =
for all x e R.
n=0
1. Let f(x) = cos(/x). Determine the power series representation for f.
sin(Vx)
2. Use (1) to determine the power series representation for g(x)
3. Approximate
cos(/x) dx by using the first 3 terms of its series representat
Transcribed Image Text:Consider the following Maclaurin series: (-1)"x²n Σ (2n)! cos x = for all x e R. n=0 1. Let f(x) = cos(/x). Determine the power series representation for f. sin(Vx) 2. Use (1) to determine the power series representation for g(x) 3. Approximate cos(/x) dx by using the first 3 terms of its series representat
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