Introduction to Electrical Engineering

CCRI  ENGR-2150-104  

Spring 2008

 

Instructor

Jerry Bernardini

 

Telephone

401-825-1189 Office

 

E-mail

jbernardini@ccri.edu   

All E-mail must be sent with the subject: ENGR-2150-104

E-mail without this subject will be filtered to the trash and not responded to.

 

Office Hours

Room 2188:

Mon-Thu 12:00–1:00 PM

Mon-Thu 5:00-6:00 PM    (E-mail me a day in advance )

                       

Course Materials

  1. University Physics – Volume-2 12th Edition ‑ Young and Freedman Addison‑Wesley, 2007, ISBN-978-0-321-50076-2 or the complete 12th Edition of University Physics
  2. Website: http://faculty.ccri.edu/jbernardini
  3. Mastering Physics Student Access Kit, Addison‑Wesley,. ISBN-978-0-321-50028-1. This kit normally comes with a new textbook
  4. Optional-University Physics Volume-2-3 12th Edition Student Solution manual. ISBN-978-0-321-50038-0

 

Grading Policies

Classroom Participation…10%

Quizzes (2)………………………30%

Final Exam………………………..30%

Homework…………………………30%

                                  ______

                                     100%

 

 

Prerequisites

              MATH‑1910 Calculus I MATH‑1920   Calculus II concurrently

 Course Policies

  1. The class will be a cell phone free environment. Phones must be on vibrate and if you must take a call, it must take outside the classroom.
  2. Unless specified, all homework assignments are due one week after assigned.
  3. Homework will be accepted up to one week after the due date with a maximum of 50% of the normal grade. No assignments will be accepted after a one week.

  

Lectures

 Students are expected to attend and be on time for all scheduled lectures and are encouraged to ask questions and participate in the discussion. Different approaches to the theory and problem solving will be presented, and techniques discussed in class may not be covered in the text. Students are responsible for all material discussed during class time, and exams will be designed accordingly.

 Homework

 1.         Homework problems will be assigned once per week and will be due one week later. The principle purpose of the homework problems is to improve your problem solving skills and is an indispensable part of the preparation for exams.

 

2.         Homework assignments will be completed over the internet using a program called Mastering Physics at http://www.masteringphysics.com. Mastering Physics provides instant feedback by providing you with sub-problems and hints when you get wrong answers to the problems. Some problems provide tutorial help when requested. You will be graded based on how often answers are wrong and how often you request tutorial help, so you should do as much of the work as possible before requesting help. Assignments completed after the deadline date will lose up to 25% of the credit for that assignment, depending on the time of completion. In order to use Mastering Physics, you must register online. You will need a valid email address, the course ID (ENGR21502008), your student ID (use your college ID number), and a student access code (included with the Mastering Physics access kit supplied with the textbooks). If you do not have a student access kit, you can use a credit card to purchase access on line by going to http://www.masteringphysics.com. More details about the software will be explained in class.

 Examinations

 1.         There will be two one-and half-hour exams during the course and a three-hour final exam at the end of the course.

 2.         All exams will be closed book unless otherwise specified. Copies of the slides will be allowed. Use of calculators is ac­ceptable. No other aids can be employed unless specified prior to the exam. Students must bring their own calculators. Exchange of material during exams is not permitted. All cell phones must be turned-off during an exam.

 3.                  Grading of exams will place a heavy emphasis on a demonstration of a clear understanding of the theory and the method of solu­tion. Exams should include:

 1)         A diagram showing known data and unknown variables.

2)                  All equations necessary for the solution, the value of each variable in the equations, and each step in the solution.

3)                  Units of final answer (volts, amperes, coulombs, etc.).

 

 NOTE ‑ IMPORTANT

 IF THERE IS DIFFICULTY UNDERSTANDING THE THEORY OR DOING THE HOMEWORK PROBLEMS, THE PROBLEM MAY BE MISSING BACKGROUND (USUALLY MATH), AND/OR WRONG STUDY TECHNIQUES. PLEASE CONSULT THE INSTRUCTOR IMMEDIATELY (EARLY IN SEMESTER) IF THIS IS A PROBLEM, SO THAT CORRECTIVE MEASURES MAY STILL BE OF SOME BENEFIT. THE SOLUTION MAY INVOLVE A SIMPLE CASE OF OBTAINING ADDITIONAL MATH BACKGROUND BY WORKING WITH THE MATH DEPARTMENT. IT IS IMPORTANT THAT THIS BE DONE EARLY TO AVOID FALLING BEHIND.

 

INTRODUCTION TO ELECTRICAL ENGINEERING OUTLINE

 

Week

Topics

Text Chapter

1

Review concepts of vector notation, dimensions and units, math relations. Electric charges, conductors and insulators, charging by induction, electric forces between charges, Coulomb's law, electric fields

 

21

2

Gauss's law       

                                                                       

22

3

Electrical potential, equipotential surfaces, potential gradient

 

23

4

Capacitance, capacitors in series and parallel, energy of a charged capacitor, dielectric effect, polarization.

 

24

5

REVIEW,  HOUR EXAM #1 (Feb-20)

 

 

6

Electrical current, resistance, voltage, voltage sources Current‑voltage relations, Ohm's law, power and energy.   

 

25

7

DC circuits, resistors in series and parallel, Kirchhoff's laws, R‑C series circuits.

 

26

 

SPRING BREAK (MAR 9-15)

 

 

8

Magnetic field, motion of a charge in a magnetic field,  magnetic flux density, magnetic forces on current carrying conductors.

 

27

9

Magnetic field of a moving charge, Biot‑Savart law,       magnetic field of a straight conductor, Ampere's law, the solenoid, magnetic materials.

 

28

10

REVIEW, HOUR EXAM #2 (Apr-9)

 

 

11

Electromagnetic induction, induced emf, Faraday's law, Lenz's law.

 

29

12

Inductance, self‑inductance, energy stored in inductors

 

30

13

AC circuits: resistance, inductance, and capacitance in ac circuits, power in ac circuits, root‑mean‑square  voltage and current.

 

31

14

FINAL EXAMS –May-7