Use Matlab to create an array x of values from 0 to 2 pi in steps...
Using Matlab; Please show written program to execute and instructions to create plot: 1. Create a vector of x values from 0 to 20 pi, with an increment of pi/100. y=x sin (x) and z= x cos (x) a) create a figure window with two subplots. In first subplot create an x versus y plot and in the second subplot create an y versus z plot. b) create a polar plot of x and y. Add title and labels to...
ON MATLAB, CREATE THOSE OUTPUTS WITH DIFFERENT VALUES. BE SURE U HAVE TO CHANGE NUMBERS, COLORS, SHAPES AND LTNE WEIGHTs... AND SHOW YOUR OUTPUT RESULTS AS WELL... the code:: % About Graphs x = 0: pi/40: 4*pi; figure, plot(x, sin(x)) figure, plot([1 1 2 3 3], [0 2 3 2 0]), axis([0 4 0 4]) % for easy plotting: figure, ezplot('tan(x)') % for plotting two graphs on the same axes % it allows to have independent y-axis labels on the...
Calculate x from –PI to PI in steps of 0.1 (-3.1 to +3.1). calculate y=cos(x) for each value of x, calculate z=sin(x) for each value of x. calculate w=.4 cos(x) + .8 sin(x) Output results to a file "sines.txt", in 5 columns – the index, x, y, z and w (63 lines).
Wave Packets (a) Create a wave by adding two different waves by using Matlab, but different combination than those we used in the class. Paste the output graph (and also the code). Any two waves can be chosen, but explain the difference compared to the original wave packet we obtained in the class. You can modify the code I used in the class, or build something from scratch. (b) Add as much waves as you want (minimum:3), using Matlab. Explain...
Use matlab Answer 12-15 Have code to copy FUNCTIONAL DATA Create a vector of x values from 0 to 207 with a spacing of 7/100, where y= x' sin (x) z= x'COS(x) 12. Create an x-y plot of x and y. 13. Create a polar plot of x and y. 14. Create a three-dimensional line plot of x, y, and z. Be sure to add a title and labels 15. Figure out how to adjust your input to plot3 in...
Find the integral using matlab quad inbuilt for function (x^2)*cos(x)+3*sin(x)*tan(x) for 0 to pi/4
Realize the system which generates the output y1(n)-1/2 [x(n)+x(-n)] and y2(n)-1/2 [x(n)-x(-n)] using matlab. By generating signals xl(n)-sin(on) and x2(n)-cos(on) for various values of o-[0,/6, ,3Tt/2, 1.9T/2) obtain 3. a) Output yl(n) and y2(n) b) Critically analyze the system outputs y 1 (n) and y2(n) and find out the type of filter obtained. Realize the system which generates the output y1(n)-1/2 [x(n)+x(-n)] and y2(n)-1/2 [x(n)-x(-n)] using matlab. By generating signals xl(n)-sin(on) and x2(n)-cos(on) for various values of o-[0,/6, ,3Tt/2, 1.9T/2)...
please code on MATHLAB and show graph thank you in advance! Generate the following function y1(t)=2* sin (2*pi* 1 *t)+4*sin(2*pi*2*t)+3*sin(2*pi*4*t) y2(t)=2*cos(2*pi*1*t)+4*cos(2*pi*2*t)+3*cos(2*pi*4*t) First, required by sampling theorem, the step size of t (delta t) has to be smaller than a value. Figure out this value and set the delta t at least 3 times smaller than this value and calculated y1(t) and y2(t). Increase the step size (delta t) and recalculate y1(t) and y2(t). See the difference. Calculate Fourier Transform of...
(MATLAB Question) Assume s1 = sin(2*(pi)*f1*t), s2 = sin(2*(pi)*f2*t + 0.4) and s3 = s1 + s2, where f1 = 0.2 and f2 = 0.425. Plot s1, s2 and s3 vs t with t=0:0.1:10 on the same graph (you have to use hold on command). Label the axes and create legends for each graph.
Plot the following function on MATLAB h(t) = cos(pi*t/2) -2 <= t < -1 1 + t3 -1 <= t < 0 1 0 <= t < 1 1 + sin(2*pi*t) 1 <= t < 2 0 elsewhere