EE212 Old Exams2
Transcript of EE212 Old Exams2
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EE 212/01 Examination No. 2 Spring 2009/10
Kuwait University
Electrical Engineering Department
Name in Arabic :
Student I. D. : .
Signature : .
Problem No. Grade
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Problem 1:
a) (20 points): Use () () to find the Fourier transform of() { ?
b) (2.5 points): Sketch the amplitude spectrum?c) (2.5 points): Sketch the phase spectrum?
Problem 2 (25 points): Find the temperature () in a laterally insulated bar of thermal diffusivity and length . The bar has initial temperature() and is kept at at the ends
Problem 3a) (10 points): Use the Cauchy-Riemann equations to tell if() ( ) is analytic or
not?
b) (15 points): Find all solutions z of ?
Problem 4 (25 points): Integrate counterclockwise around the triangle with vertices z= 0, 2,2+2i ? ( is the complex conjugate of z)
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EE 212/01A Examination No. 2 Summer 2011
Kuwait University
Electrical Engineering Department
Name :
Student I. D. : .
Signature : .
Problem No. Grade
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Problem 1: Use the properties of the Fourier transform to find the Fourier transform of() ()?
Problem 2: Convert the ordinary differential equation ( ) to the Legendreequation by using
then find the solution
()
Problem 3
c) (10 points): Use the Cauchy-Riemann equations to show that() is analytic for all ?d) (15 points): Find all solutions z of
?
Problem 4: Use the Residue theorem to evaluate () counterclockwise around theclosed path C: circle of radius 2 with center at origin?
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EE 212/51 Examination No. 2 Fall 2010/11
Kuwait University
Electrical Engineering Department
Name :
Student I. D. : .
Signature : .
Problem No. Grade
1 /25
2 /25
3 /25
4 /25
Total /100
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Problem 1: Find the exponential Fourier series of the following function (simplify your final answer as
much as possible) and sketch its exponential spectra for ?Hint for
Problem 2: The steady state temperatures in the rectangle plate ( ) can bedescribed by the Laplace equation ( ) () () . Let thetemperature ( ) on the upper side and ( ) on the other three sides of the rectangleplate. Find the steady state temperature at ?Problem 3: Reduce the differential equation () () ( ) toBessels equation by using
then find the solution
()with a free parameter
?
Problem 4 Use the Cauchy-Riemann equations toshow that the complex function() () is analytic then find all solutions of() ?
()