This is the course web page for Physics 110, Fall 2018

- Office: Gal 106-B
- Office hours: M 1-2pm, and by appointment
- email: jkintner@stmarys-ca.edu

- Syllabus
- Tentative schedule. See the Calendar below for a more up-to-date schedule.
- exam 1 cover sheet, 9/26am
- exam 2 cover sheets
- Purple Sheet, page 1
- Purple Sheet, page 2
- Shared google drive folder for class. The format for dates is YYMMDD

- 10/21 I'm playing with moodle, and I definitely don't quite have their weighting system figured out. Please don't take the weights seriously yet. The weighting given on the syllabus is correct! All the numbers for an item grade should be correct. For example, your scores for Exam 1 raw and curved should be correct--but the way moodle is using them to calculate your total grade may not yet be correct.
- We will meet in Gal 110 starting 9/4 and for rest of the semester.
- The textbook will be:
*Introduction to Electrodynamics*, by David Griffiths, 4th ed. Here's the Amazon link.

Date

Topic

Assigned in class

Due to me (11:30am)

8/28

Vector review

Coulomb's Law

Coulomb's Law

Read 1.1.1-5

Do Prob 1.3, 1.4,**1.7**

Read 2.1.1-2

Do Prob 2.1

email me: prefered Monday times for Office hours and if you have a smart phone.

Do Prob 1.3, 1.4,

Read 2.1.1-2

Do Prob 2.1

email me: prefered Monday times for Office hours and if you have a smart phone.

8/30

E field

for Cont. charge dist.

how vectors transform

gradient

the Del operator

for Cont. charge dist.

how vectors transform

gradient

the Del operator

Read 2.1.3 (covered in class)

Do Prob 2.2

Read 2.1.4

Do Prob 2.3, 2.4

Skim 1.1.5 (if you haven't already)

Read 1.2.1-2

Do prob 1.11, 1.13

Read 1.2.3

Do Prob 2.2

Read 2.1.4

Do Prob 2.3, 2.4

Skim 1.1.5 (if you haven't already)

Read 1.2.1-2

Do prob 1.11, 1.13

Read 1.2.3

9/4

divergence

curl

product rules

curl

product rules

Read 1.2.4

Do Prob 1.15, 16

Read 1.2.5

Do Prob 1.18, 20

Read 1.2.6

Do prob 1.21a-b, 1.22a-b

Do Prob 1.15, 16

Read 1.2.5

Do Prob 1.18, 20

Read 1.2.6

Do prob 1.21a-b, 1.22a-b

9/6

second derivatives

line, surface, volume integrals

fundamental theorem calc, grad

the div theorem

the curl theorem

integration by parts

line, surface, volume integrals

fundamental theorem calc, grad

the div theorem

the curl theorem

integration by parts

Tutorial 1 (class) = 1.2.7

Read 1.3.1, do Prob 1.29-31

Read 1.3.2-3, do Prob 1.32

Read 1.3.4, do 1.33

Read 1.3.5, do 1.34

Skim 1.3.6

Read 1.3.1, do Prob 1.29-31

Read 1.3.2-3, do Prob 1.32

Read 1.3.4, do 1.33

Read 1.3.5, do 1.34

Skim 1.3.6

9/11

Spherical coords

Cylindrical coords

E field of cont charge dist

Cylindrical coords

E field of cont charge dist

Read 1.4.1, do 1.38, 39

Read 1.4.2, do 1.43

Do 2.5, 2.6,** 2.7 **

Read 1.4.2, do 1.43

Do 2.5, 2.6,

1.13b-c

9/13

Div of 1/r^2, E for Spherical Q

Div of E

Gauss's Law

Applications

Div of E

Gauss's Law

Applications

Finish probs 1.39, 2.7

Read 2.2.1, Do 2.9, 10

Read 2.2.2 (end here if short on time)

Read 2.2.3, Do 2.11-14

Read 2.2.1, Do 2.9, 10

Read 2.2.2 (end here if short on time)

Read 2.2.3, Do 2.11-14

9/18

Applications of Gauss's Law

Read 2.2.3, Do 2.11-14, 18

1.29

9/20

Review 1.1-1.4, 2.1-2.3.2

Curl of E (in class)

potential, V (in class)

Curl of E (in class)

potential, V (in class)

Make an equation sheet for exam

Read 2.2.3, 2.3.1-2

Finish worksheet from class

Read 2.2.3, 2.3.1-2

Finish worksheet from class

9/25

1.1-1.4, 2.1-2.3.2

9/27

10/2

Exam 1 pics in google drive

Review Problems

Poisson, Laplace Eqs.

Review Problems

Poisson, Laplace Eqs.

10/4

Boundary Cond.s

Work to move a charge

Energy in point charge dist.s

Energy of cont. charge dist.s

Comments

If time, conductors

Work to move a charge

Energy in point charge dist.s

Energy of cont. charge dist.s

Comments

If time, conductors

(in class) 2.3.5

(in class) 2.4.1

(in class) 2.4.2

Do Probs 2.31, 32

Read 2.4.3, Do 2.34, 35

Read 2.4.4

if time, read 2.5.1-3

(in class) 2.4.1

(in class) 2.4.2

Do Probs 2.31, 32

Read 2.4.3, Do 2.34, 35

Read 2.4.4

if time, read 2.5.1-3

10/9

sections 2.4.3-2.4.4

Problems including 2.34, 35

Read/skim 2.5.1-2.5.3

Do 2.39

Read 2.5.4, do 2.43

If time: read 5.1.1-2

Problems including 2.34, 35

Read/skim 2.5.1-2.5.3

Do 2.39

Read 2.5.4, do 2.43

If time: read 5.1.1-2

1.58, 2.15

10/11

Lecture on Lorentz Force

Currents

Currents

Skim/read 5.1.1-5.1.2

Do Problems 5.1, 5.3

Read 5.1.3 and do probs 5.4, 5.5

Do Problems 5.1, 5.3

Read 5.1.3 and do probs 5.4, 5.5

10/16

5.1.3

more 5.1.3

Read 5.2.1-5.2.2

Do probs 5.8-10

more 5.1.3

Read 5.2.1-5.2.2

Do probs 5.8-10

10/17

2.35

10/18

No class

Fall Break

10/23

Reread as needed 5.2

Finish practice problems

Finish probs 5.8-10

Read 5.3.1-5.3.2

Read 5.3.3-4

Finish practice problems

Finish probs 5.8-10

Read 5.3.1-5.3.2

Read 5.3.3-4

10/25

Ampere's Law

Reread 5.3.3

Do prob 5.14

Turn in 5.10 by Nov 1

Do prob 5.14

Turn in 5.10 by Nov 1

11/1

Make your own equation sheet

2.3.4-2.5.4, 5.1-5.3 all

Turn in 5.16 by Nov 13

more Ampere's Law problems

2.3.4-2.5.4, 5.1-5.3 all

Turn in 5.16 by Nov 13

more Ampere's Law problems

2.3.4-2.5.4, 5.1-5.3 all

5.3.3

5.3.3

5.10

11/8

11/13

Exam 2 redo

Ohm's Law to emf

Charging and discharging a capacitor

Ohm's Law to emf

Charging and discharging a capacitor

2.3.4-2.5.4, 5.1-5.3 all

Skim/read 7.1.1-7.1.3

Do 7.2

Skim/read 7.1.1-7.1.3

Do 7.2

11/15

Ohm's Law (in class)

Faraday's Law (in class)

Motional emf (in class)

Faraday's Law (in class)

Motional emf (in class)

7.1.1

7.1.2

7.1.3

7.1.2

7.1.3

11/22

No class

Thanksgiving