ELECTRICAL EECS 145A
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ELECTRICAL EECS 145A Electrical Electronic Analysis

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  • 10 pages EECS+145+20100924+Discussion+Session

    EECS+145+20100924+Discussion+Session

  • 6 pages 2009+EECS145+1st+Midterm
    • 2009+EECS145+1st+Midterm
    • UC Irvine
    • Electrical Electronic Analysis
    • ELECTRICAL EECS 145A - Fall 2010
    • EECS145 Fall 2009 Chin C. Lee Electrical Engineering Analysis First Midterm Examination 1:00-1:50PM, Oct. 19, Monday Each problem has 20 points. 1. For f(x,y,z) = [x(y + z)]1/2, obtain gradf(x,y,z), calculate gradf(x,y,z) at point (1, 2, 3), and find the
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    2009+EECS145+1st+Midterm

  • 1 pages 145Secondidterm2009F
    • 145Secondidterm2009F
    • UC Irvine
    • Electrical Electronic Analysis
    • ELECTRICAL EECS 145A - Fall 2010
    • EECS145 Fall 2009 Chin C. Lee Electrical Engineering Analysis Second Midterm Examination 1:00-1:50pm, Nov. 6, Friday Each problem has 20 points. 1. Present the three most important second-order partial differential equations in engineering. For each equat
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    145Secondidterm2009F

  • 6 pages 145FirstMidterm2009F
    • 145FirstMidterm2009F
    • UC Irvine
    • Electrical Electronic Analysis
    • ELECTRICAL EECS 145A - Fall 2010
    • EECS145 Fall 2009 Chin C. Lee Electrical Engineering Analysis First Midterm Examination 1:00-1:50PM, Oct. 19, Monday Each problem has 20 points. 1. For f(x,y,z) = [x(y + z)]1/2, obtain gradf(x,y,z), calculate gradf(x,y,z) at point (1, 2, 3), and find the
    • Register Now

    145FirstMidterm2009F

  • 6 pages Solution+to+Maxwell++s+Equation+Practice+Problems

    Solution+to+Maxwell++s+Equation+Practice+Problems

  • 6 pages Solution+to+HW6

    Solution+to+HW6

  • 2 pages Solution+to+Example+on+Inverse+Laplace

    Solution+to+Example+on+Inverse+Laplace

  • 6 pages Solution+to+2009+2nd+Midterm

    Solution+to+2009+2nd+Midterm

  • 1 pages Practice+problems+on+Maxwell++s+Equations
    • Practice+problems+on+Maxwell++s+Equations
    • UC Irvine
    • Electrical Electronic Analysis
    • ELECTRICAL EECS 145A - Fall 2010
    • 1. The electrical field component of an EM wave is given by Eo exp[j(kz - t)]. Prove that the phase velocity is /k. The phase velocity is the velocity of the wavefront of constant phase, i.e., kz t = constant. One way to imagine a wavefront is to look at
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    Practice+problems+on+Maxwell++s+Equations

  • 2 pages HW10
    • HW10
    • UC Irvine
    • Electrical Electronic Analysis
    • ELECTRICAL EECS 145A - Fall 2010
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    HW10

  • 3 pages HW9
    • HW9
    • UC Irvine
    • Electrical Electronic Analysis
    • ELECTRICAL EECS 145A - Fall 2010
    • Register Now

    HW9

  • 4 pages HW8
    • HW8
    • UC Irvine
    • Electrical Electronic Analysis
    • ELECTRICAL EECS 145A - Fall 2010
    • Register Now

    HW8

  • 3 pages HW7
    • HW7
    • UC Irvine
    • Electrical Electronic Analysis
    • ELECTRICAL EECS 145A - Fall 2010
    • Register Now

    HW7

  • 3 pages HW6
    • HW6
    • UC Irvine
    • Electrical Electronic Analysis
    • ELECTRICAL EECS 145A - Fall 2010
    • Register Now

    HW6

  • 2 pages HW5
    • HW5
    • UC Irvine
    • Electrical Electronic Analysis
    • ELECTRICAL EECS 145A - Fall 2010
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    HW5

  • 4 pages EECS+145+HW3

    EECS+145+HW3

  • 4 pages EECS+145+HW1

    EECS+145+HW1

  • 5 pages EECS+145+HW+2

    EECS+145+HW+2

  • 12 pages EECS+145+2009+Final+Exam+++Solution

    EECS+145+2009+Final+Exam+++Solution

Electrical Electronic Analysis Questions & Answers

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    • Profile picture
    Jul 05, 2016
    | Would highly recommend.

    Not too easy. Not too difficult.

    Course Overview:

    His lectures are a treat. he gave our class back points for doing so.

    Course highlights:

    Don't be afraid to ask about some of his questions/answers on exams,

    Hours per week:

    6-8 hours

    Advice for students:

    You will do fine if you follow his instruction.

    • Fall 2015
    • ChinC.Lee
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