3. Consider the integral ra = 1² €² I = e-jkz dx with the parameters a = 1, k = 4. a) Write the analytic solution to this integral.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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pls solve all the three ques within 10-15 minutes with a explanation I'll give you multiple upvotes.
3. Consider the integral
I =
e¯jkr
with the parameters a = 1, k = 4.
a) Write the analytic solution to this integral.
c) Plot the convergence of the numerically evaluated integral to the
analytic solution with respect to the quadrature order N in the
range of 2 to 200. For this analysis, define the error
|I – |
€ =
where I is the known analytic solution. Plot the error from both
methods in loglog scale with respect to the quadrature order.
d) Comment on the convergence properties of the uniform and Gaus-
sian quadrature approaches. What is the answer to the question
“what order of integration do you need"? How might that answer
change with the problem parameters? Experiment!
Transcribed Image Text:3. Consider the integral I = e¯jkr with the parameters a = 1, k = 4. a) Write the analytic solution to this integral. c) Plot the convergence of the numerically evaluated integral to the analytic solution with respect to the quadrature order N in the range of 2 to 200. For this analysis, define the error |I – | € = where I is the known analytic solution. Plot the error from both methods in loglog scale with respect to the quadrature order. d) Comment on the convergence properties of the uniform and Gaus- sian quadrature approaches. What is the answer to the question “what order of integration do you need"? How might that answer change with the problem parameters? Experiment!
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