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Q3) the following force balances: 0 = k(x2-x1) +m₁g - kx1 0= k(x3 -x2) + m₂g-k(x2-x1) 0= mag-k(x3 - x2) - kx3 Assume g=10m/s², ml-2000g, m2-3000g, m3-2500g and k-10N/m, use Jacobi method to solve for the displacements x. and perform the first three iterations.

Q3) the following force balances: 0 = k(x2-x1) +m₁g - kx1 0= k(x3 -x2) + m₂g-k(x2-x1) 0= mag-k(x3 - x2) - kx3 Assume g=10m/s², ml-2000g, m2-3000g, m3-2500g and k-10N/m, use Jacobi method to solve for the displacements x. and perform the first three iterations.

Advanced Engineering Mathematics
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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Q3) the following force balances: 0 k(x2-x1) +m₁g - kx1 0 k(x3-x2) + m₂g-k(x2-x1) 0= mag-k(x3-x2)-kx3 Assume g=10m/s², ml-2000g. m2-3000g, m3-2500g and k-10N/m, use Jacobi method to solve for the displacements x. and perform the first three iterations.
Transcribed Image Text:Q3) the following force balances: 0 k(x2-x1) +m₁g - kx1 0 k(x3-x2) + m₂g-k(x2-x1) 0= mag-k(x3-x2)-kx3 Assume g=10m/s², ml-2000g. m2-3000g, m3-2500g and k-10N/m, use Jacobi method to solve for the displacements x. and perform the first three iterations.
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