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Solving this equation for q, we get 2 R q(t) = qoe¬R!/(2L) cos LC 2L Assume the charge must be dissipated to 1 percent of its original value (q/qo = 0.01) in F0.05 s, with L = 5 H and C = 10-4F. Find the required value of R using Secant method. Plot the value of estimated root after each iteration.

Solving this equation for q, we get 2 R q(t) = qoe¬R!/(2L) cos LC 2L Assume the charge must be dissipated to 1 percent of its original value (q/qo = 0.01) in F0.05 s, with L = 5 H and C = 10-4F. Find the required value of R using Secant method. Plot the value of estimated root after each iteration.

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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Re-arrange the equation formula, wherein R is isolated.

Solving this equation for q, we get 2 R q(t) = qe¬Rt/(2L) cos LC 2L Assume the charge must be dissipated to 1 percent of its original value (g/qo = 0.01) in F0.05 s, with L = 5 H and C = 10-4F. Find the required value of R using Secant method. Plot the value of estimated root after each iteration.
Transcribed Image Text:Solving this equation for q, we get 2 R q(t) = qe¬Rt/(2L) cos LC 2L Assume the charge must be dissipated to 1 percent of its original value (g/qo = 0.01) in F0.05 s, with L = 5 H and C = 10-4F. Find the required value of R using Secant method. Plot the value of estimated root after each iteration.
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