Physics 202

Dr. Brian Davis

Assistance Hours

Monday

Tuesday

Wednesday

Thursday

Friday

1:00-2:00

1:00-2:00

1:00-2:00

N/A

1:00-2:00

DL 204

DL 116

DL 101

DL 213

 

Chapter 21

Problem 21_6 > 4 (Text Version 9)
Problem 21_21 > 23
Problem 21_23 > 21

Chapter 22

Problem 22 1&2 > (2) 1

Problem 22 18 > 20

Problem 22 19

Problem 22 20 >18

Problem 22 21

Problem 22_32

Problem 22_32a

Problem 22_33

Problem 22_33a

Problem 22_44 > 42

Problem 22_51 > 53

Problem 22_54 > 52

Problem 22_59 > 61

Problem 22_61 > 59

Chapter 23

Problem 23_16

Problem 23_32

Problem 23_43

Problem 23_53 > 55

Problem 23_53gen

Flux Diagram

Chapter 24

Problem 24_10

Problem 24_21&22

Problem 24_25 > 23

Problem 24_60

Problem 24_66

Calculating the Field from the Potential

Chapter 25

Problem 25_28 > 26

Problem 25_37 > 39

Problem 25_48

Problem 25_49

Problem 25_49cont.

Problem 25_54

Chapter 26

Problem 26_10

Problem 26_13 > 11

Problem 26_32

Problem 26_35

Problem 26_38

Problem 26_46 > 48

Problem 26_51 > 49

Chapter 27

Problem 27_11 > 27

Problem 27_22 > 16

Problem 27_39general > 35

Problem 27_39specific

Problem 27_48

Problem 27_68 > 66

Problem 27_69

Problem 27_70 > 74

Chapter 28

Problem 28_46 > 48

Problem 28_49 > 44

Problem 28_53 > 51

Chapter 29

Problem 29_33 > 31

Problem 29_41

Problem 29_61 > 63

Problem 29_63 > 61

Problem 29_79 > 81

Ampere's Law for Long Straight current - Arbitrary Contour

Biot-Savart Law

Chapter 30

Problem 30_13 > 11

Problem 30_33 >35

Problem 30_35 > 33

Problem 30_38

Problem 30_47

Problem 30_48

Problem 30_56 > 54

Problem 30_57

Problem 30_76

Chapter 31

Problem 31_20 > 18

Problem 31_21 > 13

Problem 31_23 > 19

Chapter 32

Problem 32_13 > 15

Problem 32_23 > 17

Problem 32_30

Problem 32_36 > 32

Problem 32_38

Problem 32_45

Chapter 33

Differential Form of Faraday's Law

Differential Form of Maxwell-Ampere's Law

The Wave Equation

Rainbow1

Rainbow2

Rainbow3

SunDog1

SunDog2

SunDog3

Problem 33_55 > 53

Chapter 34

Mirror Focus

Mirror Image

Mirror Equation

Mirror Magnification

Plane Mirror

Spherical Refracting Surface Equation

Thin Lens Equation

Focal Length of Lenses

Geometrical Construction of Images from Thin Lenses

Converging Lens: Real Image

Converging Lens: Virtual Image

Magnification From a Simple Magnifying Glass

Approximating a Camera's Lens System

Problem_34_93 > 91

Chapter 35

Problem 35_20 > 18

Problem 35_34

Chapter 36

Problem 36_22 > 24

Problem 36_34

Babinet's Principle

Circular Aperture

Diffraction from Multiple Slits

Diffraction from 4 Slits

Diffraction from 5 Slits

 

Exam 1 Key

Exam 2 Key

Exam 3 Key

 

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