MATLAB code:
clc;
clear all;
close all;
Z_L=30+1i*80; %Load impedance
Z_0=75; % Characteristic imppedance
refl_lossless= (Z_L-Z_0)/(Z_L+Z_0);
display(refl_lossless); %display the coefficient gamma in complex
form
disp('Magnitude of refl_lossless');
disp(abs(refl_lossless)); %display the gamma coefficient
magnitude
disp('Phase of refl_loss');
disp(angle(refl_lossless)); %display the gamma coefficient phase in
radians
Output:
refl_lossless =
0.0961 + 0.6887i
Magnitude of refl_lossless
ans =
0.6953
Phase of refl_loss
ans =
1.4321
Provide step by step code in matlab, I’m getting wrong answer lussleos
Please provide the Matlab code along with the inference. Also please confirm the answer from matlab code with numerical analysis. Determine and plot the response of the system shown in Fig. 4 using MATLAB. The response is xo(t) when the input xi(t) is a unit step displacement input. The parameters of the system are ki = 15 N/m, k2= 25 N/m, ci = 7 N-s/m, c2 = 15 N-s/m. X(t) ye Fig. 4
PLEASE USE MATLAB TO ANSWER ALL OF THE PARTS. PROVIDE MATLAB CODE FOR EACH OF THE PART. PUT THE ANSWER IN A BOX. Consider the unity feedback system depicted in Figure 1 G(s) R(s) 50K s(s + a) Figure 1 1. Determine the system's closed loop transfer function. 2. Plot the system's step response for K=10 and: • a= 2 • a=5 • a= 10 3. What happens to the system's response as a increases? Justify your answer. 4. In...
Please provide MATLAB code and comments! Please provide MATLAB code and comments! Please provide MATLAB code and comments! Question #5. Write a script that creates a variable called BALANCE that is assigned the value 100.00. Then prompt the user to enter an amount to withdraw. Store that amount in a variable called WITHDRAW. Use an if/else construct to display a message to the user stating whether the withdrawal was successful. If the withdrawal would result in a negative balance, state...
I keep getting the wrong answers can you please show step by step and the answer please Chapter 23, Problem 014 2] Your answer is partially correct. Try again. Flux and nonconducting shells. A charged particle is suspended at the center of two concentric spherical shells that are very thin and made of nonconducting material Figure (a) shows a cross section, Figure (b) gives the net flux φ through a Gaussian sphere centered on the particle, as a function of...
Question #2. I’m using the formula for thermal expansion and keep getting this answer wrong. See previous answers attached too. when the temperature of a coin is raised by 75。c, the coin's diameter by 2.40 x 10%m. If the original diameter of the coin is 1.80 10 m, find the 013 DSection 12 4 1 (02 When the t ature of a coin is raised by 75 C, the coin's the coin is 1.80 x 102 m, find the coefficient...
write a matlab code to apply Otsu's segmentation after getting infromtion from function imread
12.22 Draw the Bode plot for the network function, IN MATLAB, please provide MatLab code for the work and screenshots of the Bode Plot
Use Matlab and provide the code Consider the equation for the forced oscillation of a damped system with hardening spring given by (cf. Problem 14.27). Solve this equation numerically in MatlabB with F( given by the step function excitation and ramp excitation, m 1, c= 0.5, k= 1, and μ= 0.01, 0.1, 1. Compare with the results obtained when μ-0.
Tried several times and kept getting the wrong answer.
PLEASE FOLLOW THE INTRUCTIONS ON THE BOTTOM, includes writing MATLAB code Hello. Please provide solutions to all the parts (a) & (b) In your solutions, include as much details as possible, showing intermediate steps to get to the answer. Keep your solutions organized and readable, thank you =) Take your time to verify your results. *** ALSO VERIFY YOUR RESULTS USING MATLAB, AND COPY AND PASTE THE CODE HERE*** DO NOT use pictures, but rather copy and paste the code,...