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Create a GUI that has A button to bring up a dialog to select a text file and read it in.
Plot the x,y values on the GUI Have text entry values, one for each parameter, in which to enter guesses for the parameters. A button that calls the fminsearch command with appropriate arguments to do a non-linear fit to the data. Display the best fit values of the parameters Draw a calculated y vector on the graph.
Your functions should be well commented, indented (to highlight loops or if statements), and the variables should have consistent and meaningful names.
plase help me to convert a theory part of ammonia-vapour simple absorption system into matlab programmong
Create a function using mat lab to generate a sinusoidal signal. The parameters of the signal should have an Amplitude = 100, frequency = 100Hz, initial phase = 0, sample rate = 50
Compare results/performance with tridiagonal Gaussian elimination solver for the problem arising from -y''=f on (0,1) with y(0)=0=y(1). You may also need to use sparse storage an
It is desired to determine the DFT of the analogue signal x (t) = 25 cos(10 Πt)cos(400Πt). (a) Find the Nyquist rate of the signal. (b) What is the record (signal) length i
The Efficient Method: Though, in MATLAB, there is another built-in function which specifically produces random integers, i.e. randint. Calling the function with randint (1,1,n
The characteristic properties of an aquifer can be used to calculate groundwater velocities, v groundwater (L/T), according to: where KH (L/T) is the hydraulic conductivit
Error in variables statements: Error: The expression in the left of equals sign is not a valid target for an assignment. >> By placing a semicolon at the end of the sta
Find f(t) for each F(s): Problem: Based on an examination given to a large class in which the maximum score is 100 points, assuming that 20 grades taken at random f
Answers should be submitted in an MS Word document. Simulations should accompany answers in a separate MATLAB file. 1) Queuing Simulator: Consider a communications router that
As shown in Figure 1, Ecosystem carbon (C) cycles in a tropical forest can be modeled using three "compartments": aboveground (AG), belowground (BG), and soil organic matters (SOM
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