Provide Matlab Code. with graph.
Matlab Code:
clc
clear
t=[0:5]
f=[0 1 2 2 2 2]
tt=[1.5:0.5:4]
ylim=[-1:3]
plot(t,f,'*')
drawnow
hold on
plot(tt,f,'+')
legend('f(t)','f(2t-3)')
Matlab Output:
Provide Matlab Code. with graph. Q.4 Plot the following function f(t)- Plot f(2t-3).
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
please provide the Matlab code and figure. P2) Use MATLAB to plot the attenuation constant a in [dB/m] scale as a function of frequency f. Assume er = 10, u = Ho, and o = 4. Notice the variation of loss with frequency. (Enclose the print-out of the plot.)
In MATLAB plot the following: The function is periodic, with time period 2T=2, after t=2 the same sinusoidal components repeat in the same way as when 0 st < 2. The function its expanded from one time period 27, in terms of the sinusoidal components. All sinusoidal components have frequencies which are integral multiples of the fundamental frequency. 1 1 = = = 0.5Hz to = fo = cot I am cos(womt) + b, sin(wont) m=1 rad wo = 2nfo...
Need matlab code and plot, graph: 4.) Read Section 3.11-4 in the text book. Use Matlab to compute and plot of xi[n] * x1[n]. Where xi[n] = u[n] - u[n- 20];
a) Use MATLAB to find the Fourier Transform F(w) of the following function f(t). b) Plot F(w). Express the x-axis in [Hz]. Plot for f = -8Hz to 8Hz. f(t) = cos(27 (34))e-**" 0.8 0.6 0.4 0.2 f(t) appears to oscillate at 3 cycles/sec 0 -0.2 -0.4 -0.6 0.8 -1 2 -1.5 -0.5 0 0.5 1 1.5 2
please show answer in full with explanation, also show matlab 1. Consider the function f(x)2.753 +18r2 21 12 a) Plot the graph of f(x) in MATLAB and find all the roots of the function f(x) graphically. Provide the code and the plot you obtained. b) Compute by hand the first root of the function with the bisection method, on the interval -1; 0) for a stopping criterion of 1% c) How many iterations on the interval -1, 0 are needed...
Please solve/plot using Matlab. Please provide the code! 5.22 The voltage source (t) in the circuit of Fig. PS.22 generates a square wave (waveform #1 in Table 5-4) with A-10 V and T = 1 ms.
2, let f(t)-〈 2t 2-t < 4 ; g(t) = . 0 otherwise 0 5<t (a) Write each function in terms of the unit step fun ction (b) Plot each function (c) Find the Laplace transform of f (t) and g(t) 2, let f(t)-〈 2t 2-t
Q. Find and plot the CTFT of the following signal (without using any computer simulation) x(t)cos(2t) rect (t) Explain and provide details of the steps.
In matlab please 3. (15 Points) Consider the following function. f(t) = 5e(-31) cos(20) a. Plot the function for t = 0 to 1 b. Analytically calculate the derivative. C. Calculate the derivative using the diff function d. Calculate the derivative using the gradient function e. In a separate figure, plot the derivatives obtained above in a single new figure (not subplot) using (i) solid blue line for part b, (ii) red dots for part c, and (iii) green o's...