matrices, MATLAB Programming

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use the loop for to produce [-1 -1 -1 -1; 0 -1 -1 -1; 0 0 -1 -1; 0 0 0 -1]

Related Discussions:- matrices

Illustration of output statements, Illustration of Output statements: ...

Illustration of Output statements: For illustration, >> disp('Hello') Hello >> disp(4^3)   64 The formatted output can be printed to the screen by using the fpr

Build a single phase model for the simple 3-phase system, Build a single ph...

Build a single phase model for the simple 3-phase system shown in the single line diagram shown below using SimPowerSystems in MATLAB Simulink. Data: Source Voltage

Diode modelling, how to model a diode in matlab given data

how to model a diode in matlab given data

Implement the solution using matlab, a. Develop and submit the simulation d...

a. Develop and submit the simulation described above. b. Provide a screen shot of the outputs of the DispConfig and MCResults functions. c. Notes: • Include the PPConfig f

Writing data to a file, Writing data to a File: The save function can ...

Writing data to a File: The save function can be used to write a data from the matrix to the data file, or to append a data file. The format is as shown below: save filenam

National log, how to write the national log (ln(x)) in matlap ?

how to write the national log (ln(x)) in matlap ?

Function functions, Function Functions: The one reason for using funct...

Function Functions: The one reason for using function handles is to be able to pass functions to the other functions-these are known as function functions. For illustration

EMG, How to make EMG analysis by Matlab?

How to make EMG analysis by Matlab?

Linear indexing, Linear indexing: This is termed as linear indexing. I...

Linear indexing: This is termed as linear indexing. It is generally much better style when working with the matrices to refer to the row and column indices, although. An in

Crank-nicolson method, clear tic L=1; T=0.2; nust=2000; dt=T...

clear tic L=1; T=0.2; nust=2000; dt=T/nust; n=40; dx=L/n;   r=1;  omega=10:10:5000;%Store Range of Frequencies for Simulation u=zeros(n+1,nust+1);%

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