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Questions -
Tom cat is chasing Jerry mouse the initial distance between them is S0 = 100m. Tom runs Vc = 4-at m/s (negative accident) Jerry's velocity depends on the distance between Tom& Jerry V = Vmax - Ks (3-0.025 m/s), ds/ds = Vm - Vc = -1-025 +at m/s.
1. Find the true solution. Plot it to find when will Tom catch Jerry with a = 0.01 m/s2.
2. If a = 0.01 m/s2, use 4th order Runge-Kutta method to compute when will Tom catch Jerry. Use a step size so that you result reasonably accurate compared with the true solution.
3. Use Adam-Bashforth Technique with your result from Runge-Kutta method as initial step to compute when will Tom catch Jerry.
4. Suppose Tom's acceleration is unknown someone found did not catch Jerry in 2 minutes. Is it possible Tom will catch Jerry in his life time?
Find the true solution. Plot it to find when will Tom catch Jerry with a = 0.01 m/s2 - Suppose Tom's acceleration is unknown someone found did not catch Jerry in 2 minutes. Is it possible Tom will catch Jerry in his life time?
Simulate and compare the BER of a 16-PSK system and a 16-QAM system without Grey coding and Eb/N0=0,2,4,6,8,10 dB. "
This problem is aimed at helping you understand the PGA method using an idealized dataset Since you know the data you are generating. it should help you understand the capability of the method. Perform a principal component analysis on the dataset ..
Use MATLAB to plot the periodic square wave 5 f(t) over the time interval 0 ≤ t ≤ 3T . On the same graph, plot the output waveforms, f0(t), of the two amplifiers with corner frequencies of F = 10I and F = 40I, respectively.
Write down the expression for the Laplace Transform Y(s) of the solution. Output using a comment in your script. Obtain the solution y(t) using inverse Laplace transform in Symbolic Toolbox. Output using a comment in your script
How can I use MatLab to simulate circuits and also to plot graphs especially Bode diagrams?
As you may have inferred from the title, this assignment is the first of a two-week series. The objective in this first part, is to create a set of functions that you can test, and then later integrate into a simulator program.
Simulate using BPM (Beam propagation method) the following wave guid?
Build a new and different simulation of your own using Newtons laws of motion and Show the code and describe how it works
Plot the original periodic square wave on the same graph. Comment on the difference between the original periodic square wave and its truncated Fourier series presentation.
What T is required? Use Matlab to make a Bode plot for this value of T and draw the signal flow graph to represent the equations of the circuit. Use Mason's Rule to find the transfer function H(s).
Determines what type of loading has been applied based on which curve-fit is the best - Demonstrates that the chosen curve-fit is the best both graphically and numerically.
Determine the friction factor f of the system using the Secant method. Start with initial guesses f = 0.01 and 0.02, and perform two iterations
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