A Parallel Circuit consisting of R, L and C has an impedance of: 1 1 1 + (wC – wL R2 where Z = impedance (ohm), and w = angular frequency. Find the w that results in an impedance of 100 ohm using an initial value of 1 rad/s and perturbation factor of 106 at error criterion of 0.05% using the modified secant method for the following parameters: R=225 ohm, C=0.6 microfarad, L=0.5 H.
A Parallel Circuit consisting of R, L and C has an impedance of: 1 1 1 + (wC – wL R2 where Z = impedance (ohm), and w = angular frequency. Find the w that results in an impedance of 100 ohm using an initial value of 1 rad/s and perturbation factor of 106 at error criterion of 0.05% using the modified secant method for the following parameters: R=225 ohm, C=0.6 microfarad, L=0.5 H.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
Problem Solving (Open Method): Solve the following problem using Newton Rhapson Method and Modified
Secant Method. Using the format below for your answer tabulation for Newton Rhapson and Modified Secant
respectively:
Transcribed Image Text:B. Problem Solving (Open Method): Solve the following problem using Newton Rhapson Method and Modified
Secant Method. Using the format below for your answer tabulation for Newton Rhapson and Modified Secant
respectively:
Xi
f(x;)
f(x)
Ea
Et
Xj+1
f(x)
X,+ōX,
f(x,+ōxi)
Ea
Et
Xi+1
2. A Parallel Circuit consisting of R, L and C has an impedance of:
1
1
1
+ (wC – wL"
R2
where Z = impedance (ohm), and w = angular frequency. Find the w that results in an impedance of 100 ohm
using an initial value of 1 rad/s and perturbation factor of 106 at error criterion of 0.05% using the modified
secant method for the following parameters: R=225 ohm, C=0.6 microfarad, L=0.5 H.
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