Given the tridiagonal matrix1.580.60040.911.94581.2960.111.54910.86140.932.0687work out the values l;, i = 1,...,4 and u;, i = 1,...,3 in the LU factorisation A =LU with111ul0.91121u2L =,U0.11131u30.93 14]1Use the LU factorisation to solve the system Ax = b with-0.3273763.465528b =3.081574-3.456302for ri, i = 1, ..., 4Use at least 6 decimal places for your calculations and specify your final results to 2 decimal places.(a) l1 =|l2 =4=(b) u1 =u2 =u3 =(c) 21 =,2 =, 24 =Type here to searchacer立

LU decomposition is a method of numerical analysis used to solve system of equations. In LU…

Given the tridiagonal matrix 1.58 0.6004 0.91 1.9458 1.296 0.11 1.5491 0.8614 0.93 2.0687 work out the values li,i = 1,...,4 and u;, i = 1,...,3 in the LU factorisation A = LU with %3D %3D 11 1 ul L = 0.91 12 1 u2 ,U = %3D 0.11 13 1 u3 0.93 14 1 Use the LU factorisation to solve the system Ar b with %3D -0.327376 3.465528 %3D 3.081574 -3.456302 for i, i = 1, ..., 4 %3D Use at least 6 decimal places for your calculations and specify your final results to 2 decimal places. (a) l1 12- 13 = %3D %3D (b) u1 = u3 = (c) rị =

Given the tridiagonal matrix 1.58 0.6004 0.91 1.9458 1.296 0.11 1.5491 0.8614 0.93 2.0687 work out the values li,i = 1,...,4 and u;, i = 1,...,3 in the LU factorisation A = LU with %3D %3D 11 1 ul L = 0.91 12 1 u2 ,U = %3D 0.11 13 1 u3 0.93 14 1 Use the LU factorisation to solve the system Ar b with %3D -0.327376 3.465528 %3D 3.081574 -3.456302 for i, i = 1, ..., 4 %3D Use at least 6 decimal places for your calculations and specify your final results to 2 decimal places. (a) l1 12- 13 = %3D %3D (b) u1 = u3 = (c) rị =

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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