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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.
Write a function that will take in a simplex tableau and an associated basis, and return the initial feasible solution of the tableau x as a column vector, as well as the objective
Explain how the wavelet transform based on the real biorthogonal "decomposition" wavelet bior 1.5 (the wavelet shape by typing waveinfo ('bior') at the MATLAB command prompt) can
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
Variable number of output arguments: The variable number of output arguments can also be identified. For illustration, the one input argument is passed to the below function t
a) Develop and submit a power-based MC "SNR" simulator (derived from the voltage-based SNR program provided in MS Powerpoint file) that: i) Uses the following Input: Time period
Find the boundary between each two of the equations P1, P2, P3 by solving: P1 = P2 , P1 = P3 , P2 = P3 Plot the boundary lines on a single figure that also includes the
A. Introduction The project consists of two parts. In the first part you are asked to perform some preliminary calculation and plotting, and to write the introduction for your
Q. An expression for a sawtooth wave over the internal 0 ≤ t ≤ T0 is given by f(t) = At/T0. The student is encouraged to check the Fourier coefficients to be a 0 = A/2, an = 0 for
5y-10+y+56=8y+50+4y
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