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Variable numbers of arguments:
In the functions there have been a fixed number of input and output arguments. For illustration, in the function below, there is one input argument and two output arguments:
Though, this is not always the situation. It is possible to have a variable number of arguments that is both input and output arguments. The built-in cell array varargin is used to store a variable number of input arguments and a built-in cell array varargout can be used to store variable number of the output arguments. These are cell arrays as arguments could be of different types, and only cell arrays can store various kinds of values in the various elements. The nargin function returns the count of input arguments which were passed to the function, and the function nargout establishes how many output arguments are expected to be returned from a function.
Ft. Loudoun and Watts Bar are two large hydroelectric dams, the former upstream of the latter. The level of Watts Bar Lake must be kept within limits for recreational purposes, and
Write a program in Mathlab for addition of two matrices.
Scripts to Produce and Customize the Simple Plots: The MATLAB has many graphing capabilities. In most cases, customizing plots are desired and this is the simplest to accompli
Compute the result: To compute the area, the formula is required. In this situation, the area of the circle is π multiplied by the radius squared. Therefore, that means the va
Referring to and Modifying Elements: The particular element in a vector is accessed by using the name of the vector variable and the element number (or subscript, or index) in
#question how to solve radicals exponents..
i want matlab programming on johnson''s sequencing rule
A 12-point sequence is x (n) defined as x(n) = { 1, 2, 3, 4, 5, 6, 6, 5, 4, 3, 2, 1}. Write MATLAB programs to (a) Determine the DFT X (k) of x(n) and plot (using stem function)
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 =
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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