Approximate I(f) = S" f(x)dx by replacing f(x) with P,(r), the linear interpolant of f with nodes 0 and h (part of this problem is to know what P:(x) means). Find the resulting numerical integration formula and find its degree of precision. Prove every claim.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Approximate I(f) = So" f(x)dx by replacing f(x) with P1(x), the linear interpolant of ƒ with
nodes 0 and h (part of this problem is to know what P:(x) means). Find the resulting numerical
integration formula and find its degree of precision. Prove every claim.
Transcribed Image Text:2h Approximate I(f) = So" f(x)dx by replacing f(x) with P1(x), the linear interpolant of ƒ with nodes 0 and h (part of this problem is to know what P:(x) means). Find the resulting numerical integration formula and find its degree of precision. Prove every claim.
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