I have already done parts A and B, and will provide my code for them below. I ju

Question

I have already done parts A and B, and will provide my code for them below. I just need help with C and D at the moment.

Code for A:

w=0:200
Zo1=(10^8./w)
Zi2=sqrt(((10^4)^2)+((10.^7)./w).^2)
subplot(2,1,1)
plot(w,Zo1)
xlabel('w in rad/sec')
ylabel('Zo1 in ohms')
subplot(2,1,2)
plot(w,Zi2)
xlabel('w in rad/sec')
ylabel('Zi2 in ohms')

Code for B:

w=0:200
Zo1=(10^8./w)
Zi2=sqrt(((10^4)^2)+((10.^7)./w).^2)
subplot(2,1,1)
plot(w,Zo1)
xlabel('w in rad/sec')
ylabel('Zo1 in ohms')
subplot(2,1,2)
plot(w,Zi2)
xlabel('w in rad/sec')
ylabel('Zi2 in ohms')

Explanation / Answer

Code for A:

w=0:200
Zo1=(10^8./w)
Zi2=sqrt(((10^4)^2)+((10.^7)./w).^2)
subplot(2,1,1)
plot(w,Zo1)
xlabel('w in rad/sec')
ylabel('Zo1 in ohms')
subplot(2,1,2)
plot(w,Zi2)
xlabel('w in rad/sec')
ylabel('Zi2 in ohms')

Code for B:

w=0:200
Zo1=(10^8./w)
Zi2=sqrt(((10^4)^2)+((10.^7)./w).^2)
subplot(2,1,1)
plot(w,Zo1)
xlabel('w in rad/sec')
ylabel('Zo1 in ohms')
subplot(2,1,2)
plot(w,Zi2)
xlabel('w in rad/sec')
ylabel('Zi2 in ohms')

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