Chapter 7: Q6MP (page 387)
Let on. Expandin a complex exponential Fourier series of period . (Assume integer.)
Short Answer
The expanded function in a complex exponential Fourier series of period is.
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Chapter 7: Q6MP (page 387)
Let on. Expandin a complex exponential Fourier series of period . (Assume integer.)
The expanded function in a complex exponential Fourier series of period is.
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In Problems 17to 20, find the Fourier sine transform of the function in the indicated problem, and write f(x)as a Fourier integral [use equation (12.14)]. Verify that the sine integral for f(x)is the same as the exponential integral found previously.
Problem 6.
In Problems 17to 20,find the Fourier sine transform of the function in the indicated problem, and write f(x)as a Fourier integral [use equation (12.14)]. Verify that the sine integral for f(x)is the same as the exponential integral found previously.
Problem 10.
Use the results to evaluate the following integrals without calculation.
(a)
(b)
In each of the following problems you are given a function on the interval .Sketch several periods of the corresponding periodic function of period . Expand the periodic function in a sine-cosine Fourier series,
.
Starting with the symmetrized integrals as in Problem 34, make the substitutions (where pis the new variable, his a constant), , localid="1664270725133" ; show that then
This notation is often used in quantum mechanics.
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