Q2: The following tabulated data represent the influence values for vertical stress (12) under thecenter of a square uniformly loaded area for the indicated values of side / depth ratio. Find (1,) for(a=6m and z=3.75m). UsingA: Lagrange Interpolation PolynomialB: Newton Divided Difference Interpolation Polynomiala/z42.80.20,930.84080,70080.3360.018803: A cune in the form: w =a loa(N)+hwhich is ernected to describe the trend of the following

From the given information. The given tabulated data is as follows.

Q2: The following tabulated data represent the influence values for vertical stress (12) under the center of a square uniformly loaded area for the indicated values of side / depth ratio. Find (1,) for (a=6m and z=3.75Sm). Using A: Lagrange Interpolation Polynomial

Q2: The following tabulated data represent the influence values for vertical stress (12) under the center of a square uniformly loaded area for the indicated values of side / depth ratio. Find (1,) for (a=6m and z=3.75Sm). Using A: Lagrange Interpolation Polynomial

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter7: Analytic Trigonometry

Section7.6: The Inverse Trigonometric Functions

Problem 94E

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Question

Q2: The following tabulated data represent the influence values for vertical stress (12) under the
center of a square uniformly loaded area for the indicated values of side / depth ratio. Find (1,) for
(a=6m and z=3.75m). Using
A: Lagrange Interpolation Polynomial
B: Newton Divided Difference Interpolation Polynomial
a/z
4
2.8
0.2
0,93
0.8408
0,7008
0.336
0.0188
03: A cune in the form: w =a loa(N)+hwhich is ernected to describe the trend of the following

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