Develop a MATLAB function that will compute the following function. Test your function for t = 7, 15, 25 and 100. Include your m file and the output of your tests in the word file. Plot this function in the range of t = 0 to 30. Include your plot with your submission.
v(t)= 10t^2-5t 0<= t <=8
624-5t 8<= t <=16
36t + 12(t-16)^2 16<= t <=26
2136e^-0.1(t-26) t > 26
0 otherwise
Develop a MATLAB function that will compute the following function. Test your function for t =...
3) Develop a Matlab function to compute the velocity v of a particular projectile as a function of time t. In this problem, the velocity profile is described by a piecewise function, and is parameterized by 11 parameters, a, b, c, d, g, h, k, m, n, p, and q, as at - bt, 05158 c-dt, 851516 v(t;a,b,c,d,g,h,k,m,n, p,q) = gt +h(t – k)?, 1651526 me=n(t-p), > 26 else. Your Matlab function must take as input the current time value...
Only calculate manually
1. Write a short MATLAB script or function (m-file) that generates the functions (t)eu(t) for a = 0.1. Plot the value of x(t). Since the e-af almost attenuates to 0 after 5T, where T1. So make your time vector from 0 to 5T would be enough to capture the signal.) 2. Using the definition of the FT (1), manually calculate the FT of the given functions in previous exercise 0O x(t)e 3. Plot the absolute values and...
Develop a MATLAB script (M-File) to plot the function: y(x)-2l0g(10x) for the range of 0 sxs 10.
Please solve using MATLAB.
Write a MATLAB function to compute and plot the output of the discrete-time system for x[n]-u[n], 0 < n < 1000. Based on these results can you make a statement regarding the stability of the system? Hint: Check the value y[600]
3. PARTIAL DIFFERENTIAL EQuATIONS (40 POINTS) Use the MATLAB function pdepe to solve the following boundary value problem a(t, 0) = 0, a(t, 1)=0, u(0, z) =-x2 + x. The output of your file should be the plot of the solution ( 0,1).
3. PARTIAL DIFFERENTIAL EQuATIONS (40 POINTS) Use the MATLAB function pdepe to solve the following boundary value problem a(t, 0) = 0, a(t, 1)=0, u(0, z) =-x2 + x. The output of your file should be the...
Using Matlab, plot the following ultrasound pressure wave as a function of x for t = 1 P(t, x) = P_0 e^- x cos(omega t - beta x) Where alpha = 0.1 neper/m, where neper is a dimensionless quantity, beta = 1 rad/min, omega = 1 red/s, P_0 = 10 N/m^2. Submit your ".m" file as the resulting graph labeled appropriately.
MATLAB PROGRAM FOR THE FOLLOWING PROBLEM
Using Matlab write a program that will plot the pressure signal, the perceived pressure signal, the resistance and the output voltage as functions of time, for Problem 1.30 in the textbook. (B) Using Matlab show a plot with the output voltage range if we happen to know that the transfer function (gain) has an uncertainty of 15% and the time constant has an uncertainty of 10%. (Note: the solution of the problem is provided...
Use Matlab to create an array x of values from 0 to 2 pi in steps of 0.1, y1 = sin(x), y2 cos(x). Plot y1 and y2 as a function of x on a single plot. Take a screen shot of your plot and include it in the word document.
To plot a figure of a function y=f(t) in an interval a and b in MATLAB, one should find n-1 points of t between a and b and then find the corresponding values to plot the figure. Below shows an example of a sin function in the range of 0 and 1 with 1000 increments, as well as the figure. >> t = 0:0.001:1; >> y = sin(2*pi*2*t); >> figure >> plot(t, y) 0 02 04 06 08 Demonstrate a...
Using MATLAB. Create a script file that calls a user-defined function within a for/end loop to symbolically compute the derivative of ln(x) on the interval from -5 to 5, containing 100 data points. Your script file should output a plot of the derivative of ln(x) (taken from your function) vs x. Use a line with circular markers for the plot and include a grid and appropriate labels. The user-defined function should 1. Receive a single x value as input. 2....