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Generates sin or cos wave using plot functions:
The script generates an x vector; iterating through all the values from 0 to 2*π in steps of 2*π /40 gives sufficient points to get a fine graph. It then finds the sine of each x value, and plots these points by using red o's. The command holds on freezes this in the figure window so the later plot will be superimposed. After that, it finds the cosine of each x value and plots these points by using blue +'s. The legend function generates a legend; the first string is paired with the first plot, and the next string with the next plot. Running this script generates the plot seen in the figure as shown below:
Scripts with Input and output: Placing all this together, we can implement the algorithm from the starting of this section. The following script computes and prints the area o
Matlab Scripts: Once a problem has been examined, and the algorithm for its answer has been refined and written, the algorithm then is translated into the specific programming
Discuss the frequency range / radiation angles at which the two models diverge, and relate this divergence to your understanding of the behaviour of a pistonic source. Compare t
The purpose of this assignment is to use Matlab/Simulink to analyse and simulate a mathematical model of an electromechanical system. This system comprises two component subsystems
how to find matrix inverse using matlab command
-The program should run always until the user enters -1 to exit from the program. - In the main, you should ask user to input any angles in degrees (Ad) and an integer number (N).
Functions which return More than one Value: Functions which return one value have one output argument. The Functions which return more than one value should rather have more t
The natural frequencies of a fixed-fixed uniform shaft made of homogeneous material undergoing longitudinal vibration is given by rad/s, where L is the length of the bar, G is th
clear clc %% DATA INPUT filename = input('Enter file name, including its extension: ', 's'); D = load(filename); %or load('Mphi.out'); %% %Trendline %Evaluates
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