University of Pittsburgh

Physics & Astronomy

 Phys 0175 (Leibovich Section): Introduction to Physics Science & Engineering 2

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 Details may change during the semester. Check here often for the current schedule.

This page last updated 2009-04-20 9:35

 Click the date for class notes.

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hedule
Week
Monday
Wednesday
Friday
Week 1
 

1/5

First day of class

Introduction,
3D Vectors

1/7
Reading:
Vector Appendix
Sec 13.1-13.4
Due: Class survy, Intro to WebAssign, Vectors1

Concept of electric field and electric force; Field of a point charge

 

1/9
Reading:
Sec 13.5-13.6
Due: Vectors2, Ch13 HW1

The superposition principle; Field of a dipole

Week 2
 

1/12
Reading:
Sec 13.5-13.6

Due: Ch13 HW2, Ch13 HW3, WebAssign Electric Force and Electric Field Activity

Quiz 1

Dipole field,; Field of uniformly charged sphere; Introduction to VPython

 


1/14
Reading:
Sec 14.1-14.3

Due: Ch13 HW4, VPython Introduction

VPython; Interaction between charged objects

1/16
Reading:
Sec 14.4

Due: Clicker Number,
Group Contract, Ch13 HW5, Ch14 HW1

VPython: Electric field of point charge; Polarization

Week 3
 

1/19

No class - MLK Day

1/21
Reading:
Sec 14.5-14.6

Due: Ch14 HW2

Interaction of charged and neutral matter; conductors and insulators; charging and discharging

1/23
Reading:
Sec 15.1-15.3

Due: Ch14 HW3

Tape lab

Week 4
 

1/26
Reading:
Sec 15.4-15.6

Due: Ch15 HW1

Review

1/28

Test 1

Sec 13.1 - 14.6

1/30
Reading:
Sec 15.6-15.8

Due: Ch15 HW2

Field of a charged rod; procedure for calculating field of distributed charge; field of ring; field of disk

Week 5
 

2/2
Reading:
Sec 16.1-16.3

Due: Ch15 HW3

Quiz 2

2/4
Reading:
Sec 16.4-16.9

Due: Ch15 HW4, Ch16 HW1, Tape Lab

Capacitor; field of sphere; potential energy; relation between potential difference and electric field; potential difference in a varying field

2/6
Reading:
Sec 16.9-16.14

Due: Ch16 HW2

Potential difference in a varying field; path independence; round trip potential difference; potential at one location; potential difference in insulators

Week 6
 

2/9
Reading:
Sec 17.1-17.3

Due: Ch16 HW3

Quiz 3

2/11
Reading:
Sec 17.4-17.7

Due: Ch17 HW1

Potential difference in insulators; round trip potential difference

2/13
Reading:
Sec 17.8-17.10

Due: Ch17 HW2

Definition of electric current; Biot-Savart Law for a moving charge; electron current and conventional current

Week 7
 

2/16
Reading:
Sec 17.11-17.13

Due: Ch17 HW3

Quiz 4

Detecting magnetic fields; Biot-Savart Law; magnetic field of a straight wire

2/18
Reading:
Sec 18.1-18.3

Due: Ch17 HW4, Ch18 HW1

Magnetic field of a wire curved into a loop; magnetic dipole moment; field of a bar magnet; atomic structure of magnets

2/20
Reading:
Sec 18.4-18.6

Due: Ch17 HW5, Ch18 HW2

Current in parts of a circuit; Drude model; conservation of charge

Week 8
 

2/23
Reading:
Sec 18.7-18.8

Due: Ch18 HW3

Review

2/25

Test 2

Sec 15.1 - 17.13

2/27
Reading:
Sec 18.9-18.11

Due: Ch18 HW4

Electric field in circuits

Week 9
 

3/2
Reading:
Sec 19.1-19.3

Due: Ch18 HW5, Ch19 HW1

Quiz 5

The initial transient; feedback; surface charge and resistors

3/4
Reading:
Sec 19.4-19.12

Due: Ch18 HW6

Surface charge and resistors; Energy conservation in circuits; Capacitors in circuits; Charging and discharging capacitors; Capacitance

3/6
Reading:
Sec 19.13-19.17

Due: Ch19 HW2

Macroscopic analysis of circuits; RC circuits; Usefulness of a capacitor

Week 10
 

3/9

SPRING RECESS

 

3/11

SPRING RECESS

3/13

SRPING RECESS

Week 11
 

3/16
Reading:
Sec 20.1-20.4

Due: Ch20 HW1

Quiz 6: CANCELED

Resistance in series and in parallel; Power; Real, non-ideal batteries

3/18
Reading:
Sec 20.5-20.8

Due: Ch20 HW2, Charging and Discharging a capacitor, Real Battery

Magnetic force on a particle

3/20
Reading:
Sec 20.9-20.10

Due: Ch20 HW3

Magnetic force on a particle; circular motion (qualitative); force on a wire; electric and magnetic forces; velocity selector; the Hall effect; motional emf

Week 12
 

3/23
Reading:
Sec 21.1-21.3

Due: Ch20 HW4, Macroscopic view of circuits

Quiz 6

Motional emf

3/25
Reading:
Sec 21.4-21.7

Due: Ch21 HW1

Magnetic force in moving reference frames (Jack and Jill and Einstein); magnetic torque (qualitative); patterns of electric fields; flux; Electric flux

3/27
Reading:
Sec 21.8-21.9

Due: Ch21 HW2

Review; Gauss's Law; reasoning from Gauss's law

Week 13
 

3/30
Reading:
Sec 22.1-22.4

Due: Ch22 HW1

Gauss's law for magnetism; Ampere's law

4/1

Test 3

Sec 18.1 - 21.9

4/3
Reading:
Sec 22.5-22.9

Due: Ch22 HW2

Changing magnetic fields and curly electric fields; Faraday's law

Week 14
 

4/6
Reading:
Sec 23.1-23.3

Due: Ch22 HW3

Quiz 7

Faraday's Law; Magnetic Breaking

4/8
Reading:
Sec 23.4-23.7

Due: Ch23 HW1

Motional emf; Maxwell's equations; fields traveling through space

4/10
Reading:
Sec 24.1-24.3

Due: Ch23 HW2

Accelerated charges produce radiation; production of radiative electric and magnetic fields; energy and momentum in electromagnetic radiation

Week 15
 

4/13
Reading:
Sec 24.4-24.6

Due: Ch24 HW1

Quiz 8

Effect of radiation on matter; polarization of radiation

4/15
Reading:
Sec 24.4-24.6

Due: Ch24 HW2

Sparks in air

4/17

Review

Finals Week
 

 


4/22 (Wednesday)

Final Exam

12:00-1:50

 Extra Information

Syllabus

FAQ

Examples

Test Information

Lab Information

Tips for Success

Prof. Adam Leibovich

Office Hrs: W10:00-12:00 and by appointment

200K Allen Hall

624-3617

 

Damon Hanson

Office Hrs: T4:00-6:00 in 210 Thaw

522 Allen Hall
624-1826

 

Peer leader: Jana DuMond

Study session: H 7:00-8:00 in 210 Thaw

 

  ©2007 Adam K. Leibovich