Can you please improve my Matlab code(The secant method) such that i can solve every Bl given that theta is an interval from 0:0.1:42 %Code% clear all clc M2=5; r=1.4; theta=20; n=length(theta) ciL=35; cim1L=34; fi=((2*cotd(ciL).*((M2.^2).*((sind(ciL)).^2)-1))./((M2.^2).*(r+cosd(2*ciL))+2))-tand(theta); while abs(fi)>1.0e-3 for i=1:n fi(i)=((2*cotd(ciL).*((M2.^2).*((sind(ciL)).^2)-1))./((M2.^2).*(r+cosd(2*ciL))+2))-tand(theta); fim1=((2*cotd(cim1L).*((M2.^2).*((sind(cim1L)).^2)-1))./((M2.^2).*(r+cosd(2*cim1L))+2))-tand(theta); cip1L=ciL-(ciL-cim1L)*fi/(fi-fim1); cim1L=ciL; ciL=cip1L; end end BL=cip1L
Can you please improve my Matlab code(The secant method) such that i can solve every Bl given that theta is an interval from 0:0.1:42 %Code% clear all clc M2=5; r=1.4; theta=20; n=length(theta) ciL=35; cim1L=34; fi=((2*cotd(ciL).*((M2.^2).*((sind(ciL)).^2)-1))./((M2.^2).*(r+cosd(2*ciL))+2))-tand(theta); while abs(fi)>1.0e-3 for i=1:n fi(i)=((2*cotd(ciL).*((M2.^2).*((sind(ciL)).^2)-1))./((M2.^2).*(r+cosd(2*ciL))+2))-tand(theta); fim1=((2*cotd(cim1L).*((M2.^2).*((sind(cim1L)).^2)-1))./((M2.^2).*(r+cosd(2*cim1L))+2))-tand(theta); cip1L=ciL-(ciL-cim1L)*fi/(fi-fim1); cim1L=ciL; ciL=cip1L; end end BL=cip1L
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Question
Can you please improve my Matlab code(The secant method) such that i can solve every Bl given that theta is an interval from 0:0.1:42
%Code%
clear all
clc
M2=5;
r=1.4;
theta=20;
n=length(theta)
ciL=35;
cim1L=34;
fi=((2*cotd(ciL).*((M2.^2).*((sind(ciL)).^2)-1))./((M2.^2).*(r+cosd(2*ciL))+2))-tand(theta);
while abs(fi)>1.0e-3
for i=1:n
fi(i)=((2*cotd(ciL).*((M2.^2).*((sind(ciL)).^2)-1))./((M2.^2).*(r+cosd(2*ciL))+2))-tand(theta);
fim1=((2*cotd(cim1L).*((M2.^2).*((sind(cim1L)).^2)-1))./((M2.^2).*(r+cosd(2*cim1L))+2))-tand(theta);
cip1L=ciL-(ciL-cim1L)*fi/(fi-fim1);
cim1L=ciL;
ciL=cip1L;
end
end
BL=cip1L
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