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1, 2. Solve the system of equations of example 1 and example 3 using Gauss Jacobi 2x-y+z= 2, -x+3y+3z=3, 2x+y+4z=1 7x+y+2z=10,x+8y+3z=8,2x+3y+9z=6 6,7. For examples
1, 2. Solve the system of equations of example 1 and example 3 using Gauss Jacobi 2x-y+z= 2, -x+3y+3z=3, 2x+y+4z=1 7x+y+2z=10,x+8y+3z=8,2x+3y+9z=6 6,7. For examples 4 and 5, set h = 0.05 and then modify both programs according to the modified Euler's method and R-K's order 2 method.
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Introduction to Wireless and Mobile Systems
Authors: Dharma P. Agrawal, Qing An Zeng
4th edition
1305087135, 978-1305087132, 9781305259621, 1305259629, 9781305537910 , 978-130508713
