3)
clc%clears screen
clear all%clears history
close all%closes all files
format long
w=2;
t=(0:0.01:2*pi)*180/pi;
v1=5*sind(w*t+90)
t=(0:0.01:2*pi)*180/pi;
v2=5*sind(w*t+90)
t1=(0:0.01:1)*180/pi;
v3=5*sind(w*t1+90)
plot(t*pi/180,v1);
title('Plot for radians');
figure;
plot(t,v2);
title('Plot for degrees');
figure;
plot(t1,v3);
title('Plot for time');
run III please write the codes and do exactly what they asked runIV plot by HAND...
show all work
will give tumbs up
RUN # III Let L-5 mH, C=1*10F, and R -10 22. Use Matlab to obtain the following plots: (a) XL(w) vs. w. over 0 SWS 700 rad/sec (b) Xc(w) vs. w, over 0 sw $ 700 rad/sec (c) (Z.(w) - R+ / X (w)] vs. w, over 0 SW 300 rad/sec (mag, and phase) (see Fig#4-3) (d) [Z.(w) - R - Xcw) ] vs. w, over 0 SW S 300 rad/sec (mag, and...
RUN # VI Use Matlab to obtain plots of the following spectrums for: -5s ws5: 1. Yi (w)-5 (w) 2. Y2(w)-5 o(w-3) 4. Y(w)- 10 5. Ys(w)-1-u(-w) 6. Y(w) sin(3w) 8. Ys(w)cos(3w) 9. Yo(w) jw +I RUN # VII obtain the inverse Fourier transform of the functions defined in RUN # VI, by hand if possible or by using the standard transformation tables and/or the properties of the transform ( clearly indicate the properties employed in the evaluation process)
SOLVE USING MAPLE! What would the codes be for solving with
maple? I do know how to solve by hand, but a picture of the code
inputted in maple is what I’m stuck on. THANK YOU!
Note how this formula for u(r, t) satisfies the wave equation and the boundary condition at z = 0, The other conditions in the wave problem do not concern the points in the region II and thus should not be checked. In the exercises,...
I need help with parts A B D E and F. Please show hand work
for solving A and B while D and E should be matlab codes. How do i
pick the right graph for part F?
5 2 4 6 Linear spline: s fi+ (x-x) 2) Given the points 40 78 125 256 348 425 X1-x a) Write the correct linear spline equation to interpolate for x 4.72, simplifying where appropriate to get to the slope-intercept form. (4...
Assume the load resistor RL= 100
Ohms. Assume vS(t) =
1cos(wt). Rs=3ohms, L1=7H, L2=9H, and C=8uF
First, convert the circuit to an impedance equivalent circuit in
the phasor domain finding impedances in terms of w. Draw the
circuit and mark the impedances.
Then analyze the circuit (you will need to find equivalent
impedances and apply voltage division rule) to find the phasor
VL in terms of
VS, and find an expression for
g =
|VL|/|VS|,
the gain ratio of the...
*** do not solve the question
*** i have uploaded the data to matlab, show how do i
code to run ttest for this question (provide exact
codes)
THxxxxxxxxxxxxxxxxxxxxxxxxx
stion 18 marks In a study concerned with the effects of smoking on blood pressure, the smoking status (Yes- 1, No -0) and systolic blood pressure (mmHg) were recorded for 500 randomly selected people. The purpose of the following analysis is to determine whether the systolic blood pressure of smokers is...
Homework 1 Due Sunday June 30-Upload Your Answer in PDF at iLearn ENGR 305-01 Linear Systems Analysis (Summer-R2, 2019) answer is clearly 8. Now, compute the following three cases in MATLAB and observe the answers; mention the ones that return the correct answer; explain what is happening in the 1t and 2nd cases: June 24, 2019 Page 2 of 2 - 64/2 4 X= x64/2/4 x 64/(2*4) t/2 + sin(30) In(2) log10(5)j = i = -1. -1 B= T/4 -6/A...
write a MATLAB SCRIPT that will output A and B.
Problem 7.4 - Weight Supported by Two Cables PROBLEM DESCRIPTION This example is illustrated in the fure below. A weight W is supported by two cables anchored a distance D apart. The cable length Lan is given, but the length, Lac is to be determined. Each cable can support a maximum tension force equal to W. For the weight to remain stationary, the total horizontal force and total vertical force...
please write code in MATLAB as well
5. (12 points) Create the following signal in Matlab: x[n] = u(n) - u[n-6] a. Mathematically compute yi[n] = x[n] * x[n] where * means convolution. Now use the conv command to perform the convolution. Graph x[n) and the resulting y(n), both over the interval Osns 20. How many non-zero terms does y(n) have? Does your computational result agree with the Matlab result? b. Repeat a. but this time with yz[n] = x[n]*h[n)...
QUESTION 6 please help
MATLAB
to and you 5. MATLAB can also solve second order equations symbolically using the Symbolic packages. The help page https://www.mathworks.com/help/symbolic/solve-a-single-differential-equation. html#f1-11214 shows examples of how this works. Code this up for the same equation and see if you get the same answer. If you don't (and you probably won't), try simplifying the answer after you get it to see if it matches then. Note: You'll need to define the symbolic function y(t) here in order...