PRACTICE PROBLEMS (Click here)

PREPARATION FOR FINAL EXAM (Click here)

OLD TESTS AND EXAMS:

Tests and Solutions for the Fall 2009 semester:

Test #1(1a)and soln1, soln2, soln3

Test #1(1b) and soln1, soln2, soln3

Test #1(3a)and soln1, soln2

Test #1(3b) and soln1, soln2

Test #2(1), a and soln1, soln2, soln3

Test #2(2), a and soln1, soln2, soln3

Tests and Solutions for the Spring 2009 semester:

Test #1(2)a, b and soln1, soln2, soln3, soln4, soln5, soln6

Test #2(1)a and soln1, soln2, soln3

Final exam, A, soln1, soln2, soln3, soln4

Tests and Solutions for the Fall 2008 semester:

Test #1 and solutions1, solutions2, and solutions3

Test #2 and solutions1, solutions2, and solutions3

Final exam, A, soln1, soln2, soln3, and soln4

Tests and Solutions for the Spring 2008 semester:

Test #1 and solutions1, solutions2, solutions3, and solutions4

Test #2 and solutions1, solutions2, and solutions3

Final examA, B, soln1, soln2, soln3, soln4, and soln5

Tests and Solutions for the Fall 2007 semester:

Test #1 and solutions1, solutions2, solutions3, and solutions4

Test #2 and solutions1, solutions2, solutions3, and solutions4

Final exam, A, soln1, soln2, soln3, soln4, and soln5

Tests and Solutions for the Spring 2007 semester:

Test #1 Answers

Test #2 Answers

Final Exam with answers: Part 1, Part 2

Tests and Solutions for the Fall 2006 semester:

Test #1 (answers not yet ready)

Test #2 (answers not yet ready)

Final Exam with answers: Part 1, Part 2

Tests and Solutions for the Spring 2006 semester:

Test #1 Answers

Test #2 Answers

Final Exam, Page 2 Answers

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PREPARATION FOR FINAL EXAM

At a minimum the following should be reviewed:

Gauss's Law - calculation of the magnitude of the electric field caused by continuous distributions of charge starting with Gauss's Law and completing all the steps including evaluation of the integrals.

Ampere's Law - calculation of the magnitude of the magnetic field caused by electric currents starting with Ampere's Law and completing all the steps including evaluation of the integrals.

Faraday's Law and Lenz's Law - calculation of induced voltage and current, including the direction of the induced current.

Calculation of integrals to obtain values of electric field, electric potential, and magnetic field caused by continuous distributions of electric charge and current configurations (includes the Law of Biot and Savart for magnetic fields).

Maxwell's equations - Maxwell's contrubution and significance.

DC circuits - Ohm's Law, Kirchhoff's Rules, power, series-parallel combination circuit analysis.

Series RLC circuits - phasor diagrams, phase angle, current, power factor

Vectors - as used throughout the entire course.

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PRACTICE PROBLEMS:

(You may need to download a free copy of Acrobat Reader
to view the files below.)

Chapter 21A Electric Charge and Electric Field
SolnA, SolnB

Chapter 25 Current, Resistance and Electromotive Force
SolnA, SolnB

Chapter 26 Direct Current Circuits
SolnA, SolnB

Chapter 21B Electric Charge and Electric Field
SolnA, SolnB

Chapter 22 Gauss's Law
SolnA, SolnB

Chapter 23 Electric Potential
SolnA, SolnB, SolnC

Chapter 24 Capacitance and Dielectrics
SolnA, SolnB, SolnC

Chapter 27 Magnetic Field and Magnetic Forces
SolnA, SolnB

Chapter 28 Sources of Magnetic Field
SolnA, SolnB, SolnC

Chapter 29 Electromagnetic Induction
SolnA

Chapter 30 Inductance
SolnA

Chapter 31 Alternating Current
SolnA

Chapter 32 Electromagnetic Waves
These solutions are not yet available for viewing.

© 2009 J. F. Becker