If d is the distance between equidistant odd ordinates, the Simpson's rule for the areas, * is d/3[h1 + hn + 2(h3 + h5 + ... + hn - 2) + 4(h2 + h4 + ... + hn - 1)] [h1 + hn + 2(h3 + h5 + ... + hn - 2) + 4(h2 + h4ppp + ... + hn - 1)] d/2[h1 + hn x 2(h2 + h4 + .. + hn - 1) + 4(h3 + h5 + + hn - 2)] ... d/6 [h1 + hn + 2(h3 + h5 + ... + hn - 2) + 4(h2 + h4 + + hn - 1)] ...

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
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If d is the distance between equidistant odd
ordinates, the Simpson's rule for the areas,
* is
d/3[h1 + hn + 2(h3 + h5 + ... + hn - 2) + 4(h2
+ h4 + ... + hn - 1)]
[h1 + hn + 2(h3 + h5 + ... + hn - 2) + 4(h2 +
h4ppp + ... + hn - 1)]
d/2[h1 + hn x 2(h2 + h4 + .. + hn - 1) + 4(h3
+ h5 + ... + hn - 2)]
d/6 [h1 + hn + 2(h3 + h5 + ... + hn - 2) + 4(h2
+ h4 + ... + hn - 1)]
Transcribed Image Text:If d is the distance between equidistant odd ordinates, the Simpson's rule for the areas, * is d/3[h1 + hn + 2(h3 + h5 + ... + hn - 2) + 4(h2 + h4 + ... + hn - 1)] [h1 + hn + 2(h3 + h5 + ... + hn - 2) + 4(h2 + h4ppp + ... + hn - 1)] d/2[h1 + hn x 2(h2 + h4 + .. + hn - 1) + 4(h3 + h5 + ... + hn - 2)] d/6 [h1 + hn + 2(h3 + h5 + ... + hn - 2) + 4(h2 + h4 + ... + hn - 1)]
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