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Using numerical techniques, plot the intensity distribution for LP01 and LP11 modes. Vary the value of V (reduce it to 1.5) and plot several of the intensity plots (of LP01) to demonstrate the effects of V on the evanescent field. Show that at V=2.405, the core contains about 83% of the power in the fiber for the LP01 mode. You must use a 3-D plot to demonstrate the effect of increase in cladding.
I will need the matlab codes for the plot.
From A to B the inlet valve is open and the steam pressure increases linearly from 0.1000 MPa absolute to 15.00 MPa absolute, 1000°C. The inlet valve closes and from B to C the
Write the iterative Newton root nding function from lecture to be recursive. The function declaration should be root = newtonRec(f,df,x,tol). The inputs to the function are: ?
would you please send the programing code simulation.
You will need to implement at least two Matlab functions: HW3main.m and svmTrain.m. The implementation details are as follows: function [alpha] = svmTrain(X,T,kernel,C,sigma) %
how can i model this eqn: solve n plot x vs v x^3-2x^2+x=v^2(.532*10^-3) by putting v=0 to 20 and find the change in x
5xy-8-3x
People arrive at a microscope exhibit at a rate of one every 8+/- 2 minutes. Only one person can see the exhibit at a time. It takes 5 +/- 2 minutes to see the exhibit. A person
Show (turn in) similar output images as in part 2 for each of your new images (there is only 1 connected component in this case). Write three functions which compute the moments, c
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
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
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