Prior to entering in the corresponding input fields, all numerical answers should be rounded to 6-digit floating-point numbers. Given a real number z, the symbol z˜ denotes the result of rounding of z to a 6-digit floating-point number. i)use the Bisection method to find an approximation pN of the unique solution p the equation 3.60x(1-x2+x)In(x)=x2-1 in[a,b]=[0.05,0.5] such that RE(p˜N≈p˜N-1)<10-3.
Prior to entering in the corresponding input fields, all numerical answers should be rounded to 6-digit floating-point numbers. Given a real number z, the symbol z˜ denotes the result of rounding of z to a 6-digit floating-point number. i)use the Bisection method to find an approximation pN of the unique solution p the equation 3.60x(1-x2+x)In(x)=x2-1 in[a,b]=[0.05,0.5] such that RE(p˜N≈p˜N-1)<10-3.
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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Prior to entering in the corresponding input fields, all numerical answers should be rounded to 6-digit floating-point numbers. Given a real number z, the symbol z˜ denotes the result of rounding of z to a 6-digit floating-point number.
i)use the Bisection method to find an approximation pN of the unique solution p the equation 3.60x(1-x2+x)In(x)=x2-1
in[a,b]=[0.05,0.5] such that RE(p˜N≈p˜N-1)<10-3.
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