Duplicate Example 16.3, but for 64 points sampled at a rate of t = 0.01 s from
Question:
Duplicate Example 16.3, but for 64 points sampled at a rate of Δt = 0.01 s from the function
f (t) = cos[2 π (12.5)t] + cos[2 π (25)t]
Use fft to generate a DFT of these values and plot the results.
Example 16.3
Transcribed Image Text:
Computing the DFT of a Simple Sinusoid with MATLAB Problem Statement. Apply the MATLAB fft function to determine the discrete Fourier transform for a simple sinusoid: f(t) = 5+ cos(2л (12.5)t) + sin(2л (18.75)) Generate 8 equispaced points with At = 0.02 s. Plot the result versus frequency.
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For the function ft cos2125t cos225t The sampling rate is t 001 s and we have 64 points Therefore th...View the full answer
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Related Book For
Applied Numerical Methods With MATLAB For Engineers And Scientists
ISBN: 9781259027437
3rd Edition
Authors: Steven C. Chapra
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