PHYSICS 2140 Summer Semester 2010
SCHEDULE OF CLASSES AND HOMEWORK

 

Instructor:        Victor Karpov, office: MH 5012, phone: (419) 530-4622; e-mail: vkarpov@physics.utoledo.edu

Textbook:           Fundamentals of Physics by Halliday, Resnik, and Walker, 9th edition (8th Edition – see homework in red)

Course link:     http://astro1.panet.utoledo.edu/~vkarpov/Physics-2140.htm

 

Date

 

Topic

Homework

Tests

6/28

M

Introduction, Ch. 21: Electric Charge, Electrons and Photons

Q. 1,2;

P. 2,7,13,65

 

6/29

T

Lecture, Ch. 21: Coulomb's Law, Ch. 22: The Electric Field

Q. 3,5,7,9; P.5,19,24,34

 

6/30

W

Lecture, Chs. 22,23: Properties of the electric field

 

 

7/01

R

Lecture, Ch. 23: Gauss's Law

Q.2,5,10; P.1,5,15,16,32

Q.4,9,10; P.1,7,13,16,32

 

7/02

F

Review and Exam

 

Exam Ch.21-23

7/05

M

No Classes, Independence day

 

 

7/06

T

Lecture, Ch. 24: The electric potential

 

 

7/07

W

Lecture: Ch. 25: Capacitance and Dielectrics

Q. 1,10; P.1,4,9,25,31,39

Q.1,10; P.1,6,11,23,29,41

 

7/08

R

Lecture: Ch. 25: Electric field energy, Electrostatics Review

 

 

7/09

F

Review and Exam

 

Exam Ch.24-25

7/12

M

Lecture: Ch. 26: Electric Current 

Q. 1,3,10; P.1,16,17,18,35,49

Q, 1,3,10; P.1,14,15,16,35,51

 

7/13

T

Lecture: Chs. 26,27: DC Circuits and Power

Ch.27 Q. 1,3,5;P. 5,7,22,46,49

           Q. 3,5,9;P. 13,1,26,44,51

 

7/14

W

Lecture, Ch. 27: Exponential growth and decay

 

 

7/15

R

Lecture, Ch. 28: Magnetic Fields

Q. 1,7; P.3,15,18,33,39,47

Q.3,9; P.1,16,24,29,41,45

 

7/16

F

Review and Exam

 

Exam Ch. 26-28

7/19

M

Lecture, Ch. 29: Ampere's Law

Q. 4,5; P. 7,9,37,49

Q. 2,3; P. 5,7,36,51

 

7/20

T

Lecture, Chs. 28,29: Electromagnetism

 

 

7/21

W

Lecture, Ch. 30: Inductance 

Q. 1,3,7; P. 2,3,5,29,42,44

Q. 3,1,9; P. 4,5,7,31,42,44

 

7/22

R

Lecture, Ch. 31: Electromagnetic Oscillations   

Q. 3,4,7; P. 1,5,10,19,39,55

Q. 1,2,7; P. 5,3,8,23,35,53

 

7/23

F

Review and Exam

 

Exam Ch. 29-31

7/26

M

Lecture, Ch. 32: Maxwell's Equations, Magnetic Materials

Q. 1,3; P. 5,12,30,37,45

Q. 3,1; P. 5,14,30,37,45

 

7/27

T

Lecture, Ch. 33: Electromagnetic Waves

 

 

7/28

W

Lecture, Chs. 33,34: Light Waves and Optics  

Ch.33 Q. 1,2,7;

P.2, 6, 13, 31, 45, 49.

Q. 1,4,7; P. 4,6,15,31,49,47
Ch.34 Q. 1,5,7; P. 3,7,47,51,55

Q. 3,7,9; P. 4,7,41,53,57

 

7/29

R

Lecture, Chs. 33,34: Light Waves and Optics

 

 

7/30

F

Ch. 32-34: Review, Exam

 

Exam Ch. 32-34

8/02

M

Ch. 35: Interference: The General Idea and the Double Slit

Q.2,4,6;

P.3,5,14,17,19,25,31,35,39

Q. 4,2,8;

P. 5,3,16,15,19,23,33,39,37

 

8/03

T

Lecture, Ch. 36: Diffraction: The single slit, diffraction grating, and spectroscopy

Q. 1,8; P. 1,7,9,17,19,35

Q. 5,10; P. 7,3,9,15,27,37

 

8/04

W

Lecture, Ch. 37: Special Relativity

Q. 3,10; P. 1,27,35,43,44

Q. 7,8; P. 1,29,37,41,42

 

8/05

R

Lecture, Ch. 38, Relativistic Mechanics

 

 

8/06

F

Review, Exam

 

Exam Ch. 35-38