Derive a formula for the numerical second derivative (f"(x)) such that your final answer includes two terms. You should start with the Newton-interpolation formula. Then, determine an expression for the (f"(x)). Also, explain how many points you need to solve the two-term second derivative.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Derive a formula for the numerical second derivative (f"(x)) such that your final answer includes two
terms. You should start with the Newton-interpolation formula. Then, determine an expression for the
(f"(x)). Also, explain how many points you need to solve the two-term second derivative.
Transcribed Image Text:Derive a formula for the numerical second derivative (f"(x)) such that your final answer includes two terms. You should start with the Newton-interpolation formula. Then, determine an expression for the (f"(x)). Also, explain how many points you need to solve the two-term second derivative.
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