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Rules for variable names:
In addition, the variable names must always be mnemonic that means they should make some sense. For illustration, if the variable is storing the radius of a circle, a name like "radius" would make sense; "x" perhaps wouldn't.
The Workspace Window represents the variables which have been created in the present Command Window and their values.
The commands shown below associate to variables:
(i) Who shows variables which have been defined in this Command Window (this merely represents the names of the variables)
(ii) Who shows variables which have been defined in this Command Window (this represents more information on the variables, likewise to what is in the Workspace Window)
(iii) Clear clears out all the variables, therefore they no longer exists.
(iv) Clear variablename clears out a specific variable.
clear clc %% DATA INPUT filename = input('Enter file name, including its extension: ', 's'); D = load(filename); %or load('Mphi.out'); %% %Trendline %Evaluates
Q.1: Consider the transmission of a sinusoid x(t) = cos(2f0t) through a channel a ected by multipath and Doppler. Let there be two paths, and assume the sinusoid is being sent fro
This problem is intended to demonstrate some problems that can arise from the finite precision of numerical calculations performed with computers. We will do this by approximating
Output Statements: disp and fprintf: The Output statements display strings and the answers of expressions and can permit for formatting or customizing how they are exhibited.
How to Start Working withSimpower: 1. In the Simulink screen, open a new "Model" (File àNewà Model), name it and save it. 2. Expand the SimPowerSystems library, select and
Finite Difference Method for An Elliptic Partial Differential Equation Problem Use the finite difference method and MatLab code to solve the 2D steady-state heat equat
illustration of for loop: illustration, to print a column of numbers from 1 to 5: for i = 1:5 fprintf('%d\n',i) end This loop can be entered in the Command Wi
1. Given these sinusoids: x 1 (t) = 0.5cos(25t+20°), x 2 (t)=0.85cos(25t+160°) and x 3 (t)= 0.81cos(25t-145°) (a) Subplot the phasors X 1 , X 2 and X 3 corresponding t
Produce a random real number: To produce a random real number in the range from low to high, at first create the variables low and high. And then, use the expression rand*(hig
Perform the convolution of following sequences (a) x[n] = [1 2 3], N1 = 1 and h[n] = [1 - 1], N2 = 1 (b) x[n] = [1 2 3], N1 = 2 and h[n] = [1 - 1], N2 = 1 (c) x[n] = [1 2 3], N1 =
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