Selected lecture slides for PHY204

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Some of the slides contain figures from the textbook,
Paul A. Tipler and Gene Mosca, Physics for Scientists and Engineers, 5th/6th editions.
The copyright to these figures is owned by W. H. Freeman.
We acknowledge permission from W.H. Freeman to use them on this course web page.
The textbook figures are not to be used or copied for any purpose outside this class
without direct permission from W. H. Freeman.

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Introduction

PHY204: Elementary Physics II [asl1]    [slides 1]
Mechanics [tsl1]
Electricity and Magnetism [tsl2]
Atomic Structure of Matter  [tsl3]
Periodic Table of Elements [tsl368]
Charged Insulators and Conductors [tsl369]

Coulomb's Law  and Electric Field  Coulomb's Law

Coulomb's Law [tsl4] (2)
Coulomb Force in One Dimension [tsl5] (5)
Coulomb Force in Two Dimensions [tsl9] (6)
Electric Field of a Point Charge [tsl14]
Superposition Principle for Electric Field [tsl15]
Electric Field on Line Connecting Point Charges [tsl19] (3)
Vector Field and Electric Field Lines [tsl22]
Electric Field of Point Charges in Plane [tsl18] (5)
Particle in Uniform Electric or Gravitational Field [tsl24]    [slides 2]
Particle in Uniform Electric and Gravitational Field [tsl25] (2)
Projectile Motion in Electric Field [tsl26]
Cathode Ray Tube [tsl419]
Particle Projected Perpendicular to Uniform Electric Field [tsl27]
Particles Accelerated by Uniform Electric Field [tsl28]
Is the Faster also the Quicker? [tsl372]
Action and Reaction due to Coulomb Interaction [tsl29]
Electric Dipole Field [tsl23]
Water Molecule [tsl510] 
Force and Torque on Electric Dipole [tsl328]
Electric Quadrupole field [tsl327]

Electric Field of Continuous Charge Distribution [tsl30]    [slides 3]
Electric Field of Charged Rod [tsl31] (4)
Electric Field of Charged Ring [tsl34]
Charged Bead Moving Along Axis of Charged Ring [tsl35]
Electric Field of Charged Disk [tsl36]
Electric Field of Charged Rubber Band [tsl37]
Electric Field Between Charged Rods [tsl38]
Electric Field of Charged Semicircle [tsl329]

Electric Flux and Gauss's Law

Electric Flux: Definition [tsl39]
Electric Flux: Illustration [tsl444]
Electric Flux: Applications [tsl40] (4)
Gauss's Law [tsl44]   [slides 4]
Gauss's Law Illustrated [tsl445]
Gaussian Surface Problems [tsl45] (6)
Calculating E from Gauss's Law: Strategy [tsl51]
Calculating E from Gauss's Law: Point Charge [tsl52]
Calculating E from Gauss's Law: Charged Wire [tsl53]
Calculating E from Gauss's law: Charged Plane Sheet [tsl54]
Calculating E from Gauss's law: Charged Slab [tsl373]
Electric Field of Uniformly Charged Spherical Shell [tsl55]
Electric Field of Uniformly Charged Solid Sphere [tsl56]
Electric Field of Oppositely Charged Infinite Sheets [tsl57] 
Electric Field Near Charged Infinite Sheets [tsl446] 
Charged Conductor at Equilibrium [tsl58] (3)
Charged Conductor Problems [tsl61] (5)

Electric Potential

Work and Energy [tsl67]    [slides 5]
Conservative Forces in Mechanics [tsl68]
Work and Potential Energy in 3D Space [tsl69]
Potential Energy of Charged Particle in Electric Field [tsl70]
Potential Energy of Charged Particle in Coulomb Field [tsl71]
Electric Potential and Potential Energy [tsl72]
Electric Potential and Potential Energy: Applications 1-7 [tsl73] (7)
Attributes of Space and of Charged Particles [tsl447]
Equipotential Surfaces and Field Lines [tsl80] 
Topographic Maps [tsl421] 
Electric Potential of Charged Rod [tsl330]   [slides 6]
Electric Potential of Charged Ring [tsl81] 
Electric Potential of Charged Disk [tsl82] 
Electric Potential and Potential Energy: Applications 8-10 [tsl83] (3)
Electric Field and Electric Potential [tsl85] 
Electric Potential and Electric Field in One Dimension [tsl88] (2)
Electric Field from Electric Potential in Two Dimensions [tsl86]
Electric Potential from Electric Field in Two Dimensions [tsl87]
Electric Potential and Electric Field in Two Dimensions [tsl91]
Electric Potential of a Charged Plane Sheet [tsl92] 
Electric Potential of a Uniformly Charged Spherical Shell [tsl93] 
Electric Potential of a Uniformly Charged Solid Sphere [tsl94] 
Electric Potential of a Uniformly Charged Wire [tsl95] 
Electric Potential of Conducting Spheres [tsl96] (4)
Electric Dipole Potential [tsl100] 
Electric Potential Energy of  Several Point Charges [tsl101] (2)

Unit Exam I of Fall '15  [tsl512]
Unit Exam I of Spring '15  [tsl488]  [slides exam 1]
Unit Exam I of Fall '14  [tsl479]
Unit Exam I of Spring '14  [tsl469]
Unit Exam I of Spring '13  [tsl448]
Unit Exam I of Spring '12  [tsl422]
Unit Exam I of Spring '11  [tsl401]
Unit Exam I of Fall '10  [tsl398]
Unit Exam I of Spring '09  [tsl389]
Unit Exam I of Spring '08 [tsl374]
Unit Exam I of Spring '07 [tsl359]
Intermediate Exam I of Spring '06 [tsl348]
Intermediate Exam I of Spring '05 [tsl331]

Capacitor and Capacitance

Capacitor and Capacitance [tsl103]   [slides 7]
Parallel-Plate Capacitor [tsl104] 
Cylindrical Capacitor [tsl105]
Spherical Capacitor [tsl106]
Energy Stored in Capacitor [tsl107] 
Energy Density Between Parallel Plates [tsl108] 
Integrating Energy Density in Spherical Capacitor [tsl109]
Capacitors Connected in Parallel [tsl111] 
Capacitors Connected in Series [tsl112] 
Capacitor Problems [tsl110] (2)
Capacitor Circuits [tsl114] (8)
Capacitor Circuit [tsl335] 
More Complex Capacitor Circuit [tsl511] 
Capacitor with Dielectric [tsl124]   [slides 8]
Parallel-Plate Capacitor with Dielectric [tsl125] (2)
Dielectric Materials [tsl138] 
Impact of Dielectric [tsl127] (2)
Stacked Dielectrics [tsl129] 
Lateral Force on Dielectric [tsl130] 
Geiger Counter [tsl123] 

Resistor and Resistance

Electric Current [tsl131]    [slides 9]
Current and Current Density [tsl132]
Current Direction [tsl451]
Resistance and Resistivity [tsl134]
Resistivity of Materials [tsl139]
Ohm's Law [tsl452]
Resistor: Material and Device Perspectives [tsl135]
Electric Current Applications [tsl133] (3)
Calculating the Resistance of a Wire [tsl136]
Radial Current in Coaxial Cable [tsl453]
Power Dissipation in Resister [tsl140]
Resistor Problems [tsl141] (2)
Electric Heating Element [tsl426]
Incandescent Light Bulb [tsl454]
M. C. Escher: Waterfall [tsl425]    [slides 10]
Direct Current Circuit [tsl143]
Battery with Internal Resistance [tsl144]
Resistors Connected in Parallel [tsl145]
Resistors Connected in Series [tsl146]
Symbols Used in Circuit Diagrams [tsl158]
Power in Resistor Circuit [tsl154]
Resistor Circuits [tsl148] (8)
Impedance Matching [tsl156]
Kirchhoff's Rules [tsl159]
Applying the Junction Rule [tsl160]
Applying Kirchhoff's Rules [tsl161]
Resistor Circuits [tsl162] (4)

RC Circuits

Fundamentals [tsl166]    [slides 11]
Charging the Capacitor [tsl167]
Discharging the Capacitor [tsl168]
Energy Transfer While Charging [tsl169]
Energy Transfer While Discharging [tsl170]
Some Physical Properties [tsl171]
Applications [tsl172] (8)

Unit Exam II of Fall '15 [tsl515] (3)
Unit Exam II of Spring '15 [tsl491] (3)   [slides exam 2]
Unit Exam II of Fall '14 [tsl482] (3)
Unit Exam II of Spring '14 [tsl472] (3)
Unit Exam II of Spring '13 [tsl456] (3)
Unit Exam II of Spring '12 [tsl427] (4)
Unit Exam II of Spring '11 [tsl404] (3)
Unit Exam II of Spring '09 [tsl392] (3)
Unit Exam II of Spring '08 [tsl377] 
Unit Exam II of Spring '07 [tsl362]
Intermediate Exam II of Spring '06 [tsl351]
Intermediate Exam II of Spring '05 [tsl336]

Magnetic Field

Electricity and Magnetism [tsl180]    [slides 12]
Sources of Electric and Magnetic Fields [tsl181]
Electric and Magnetic Forces on Point Charge [tsl182]
Magnetic Force on Current-Carrying Conductor [tsl183]
Direction of Magnetic Force [tsl455] (2)
Magnetic Force Applications [tsl184] (3) 
Magnetic Force on Semicircular Current [tsl185] (2)
Charged Particle Moving in Uniform Electric Field [tsl188]
Charged Particle Moving in Uniform Magnetic Field [tsl189]
Charged Particle in Circular Motion [tsl66]
Velocity Selector [tsl194]
Measurement of e/m for electron [tsl431]
Measurement of e and m for electron [tsl432]
Mass Spectrometer [tsl195]
Cyclotron [tsl200]
Magnetic Bottles [tsl407]
Loudspeaker [tsl410]
Dot Product Between Vectors [tsl229]   [slides 13] 
Cross Product Between Vectors [tsl230]
Magnetic dipole moment of current loop [tsl475] 
Torque on Current Loop [tsl196]
Magnetic Moment of a Rotating Disk [tsl199]
Electric Dipole in Uniform Electric Field [tsl197]
Magnetic Dipole in Uniform Magnetic Field [tsl198]
Magnetic Force Applications [tsl190] (3)
Direct-Current Motor [tsl408]
Galvanometer [tsl409] 
Hall Effect [tsl201]
Charged Particle in Crossed Electric and Magnetic Fields [tsl208] (2)
Magnetic Force Applications [tsl193] (7)

Magnetic Field of a Moving Point Charge [tsl210]  [slides 14]
Law of Biot and Savart [tsl213]
Magnetic Field of Circular Current [tsl214]
Magnetic Field Applications [tsl212] (2)
Magnetic Field on the Axis of a Solenoid [tsl215]
Magnetic Field Generated by Current in Straight Wire [tsl216] (3)
Magnetic Field at Center of Square-Shaped Wire [tsl518]
Magnetic Field Applications [tsl221] (3)
Magnetic Field Next to Current-Carrying Ribbon [tsl519]
Force Between Parallel Lines of Electric Charge [tsl231]
Force Between Parallel Lines of Electric Current [tsl232]
Force Between Perpendicular Lines of Electric Current [tsl233]
Magnetic Field Applications [tsl245] (6)
Magnetic Field Application [tsl340]
Magnetic Field Applications [tsl227] (3)

Gauss' Law for Magnetic Field [tsl236] [slides 15]
Ampere's Law (Restricted Version) [tsl237]
Ampere's Law (Applications) [tsl239] (2)
Ampere's Law: Magnetic Field Inside a Long Solenoid [tsl241]
Ampere's Law: Magnetic Field inside a Toroid [tsl242]
Ampere's Law: Magnetic Field Inside a Wire [tsl243]
Ampere's Law: Magnetic Field Outside a Wire [tsl244]
Ampere's Law: Coaxial Cable [tsl341]

Intermediate Exam III of Spring '07 [tsl365]  [slides exam 3]
Unit Exam III of Spring '08 [tsl381]
Unit Exam III of Spring '09 [tsl395]
Unit Exam III of Spring '11 [tsl415]
Unit Exam III of Spring '12 [tsl435]
Unit Exam III of Spring '13 [tsl461] [tsl463] [tsl465]
Unit Exam III of Spring '14 [tsl476] 
Unit Exam III of Fall '14 [tsl485] 
Unit Exam III of Spring '15 [tsl494] 

Magnetic Induction

Motional EMF [tsl246]   [slides 16]
Current Produced by Motional EMF [tsl247]
Faraday's Law of Induction [tsl248] (2)
Magnetic flux and Faraday's law [tsl411]
Area - Field - Flux - EMF [tsl459] (2)
Lenz's Rule [tsl250] (2)
Magnetic Induction: Applications [tsl254] (7)
AC Generator [tsl412]
AC Motor [tsl413]
Inductor and Inductance [tsl265]  [slides 17]
Inductance of a Solenoid [tsl266]
Inductance of a Toroid [tsl267]
Self-Induction [tsl268]
Inertia: Mechanical vs Electrical [tsl520] 
Mutual Induction [tsl414]
Energy Stored in Inductor [tsl269]
Energy Density within Solenoid [tsl270]
Magnetic Induction: Applications [tsl261] (6)
Response of Device to Electric Current [tsl277]
Devices in Series and in Parallel [tsl521] 
Magnetic Induction: Application [tsl286] [tsl522] 

RL Circuits

RL Circuit: Fundamentals [tsl271]  [slides 18]
RL Circuit: Current Buildup in Inductor [tsl272]
RL Circuit: Current Shutdown in Inductor [tsl273]
RL Circuit: Energy Transfer During Current Buildup [tsl274]
RL Circuit: Energy Transfer During Current Shutdown [tsl275]
RL Circuit: Some Physical Properties [tsl276]
RL Circuit: Applications [tsl278] (8)

LC and RLC Oscillators

Mechanical Oscillator [tsl294]  [slides 19]
Electromagnetic Oscillator (LC Circuit) [tsl295]
Mechanical vs Electromagnetic Oscillations [tsl497]  
LC Circuit Applications [tsl296] (3)
Oscillator with Two Modes [tsl498] 
Mechanical Oscillator with Damping [tsl299]
Damped Electromagnetic Oscillator (RLC Circuit) [tsl300]
RLC Circuit Application [tsl438]  (3)

Alternating Current Circuits

Alternating Current Generator [tsl287]  [slides 20]
Single Device in AC Circuit: Resistor [tsl288]
Single Device in AC Circuit: Inductor [tsl289]
Single Device in AC Circuit: Capacitor [tsl290]
Single Device in AC Circuit: Applications [tsl291] (3)
RLC Series Circuit [tsl301] (3)
Impedances: RLC in Series [tsl467] (2)
Filters [tsl468]
AC Circuit Applications [tsl304] (2)
RLC Series Resonance [tsl501] (2)
RLC Parallel Circuit [tsl306] (3)
Impedances: RLC in Parallel [tsl504] (2)
AC Circuit Applications [tsl309] (4)
RLC Parallel Resonance [tsl506] (2)
Power in AC Circuits [tsl311]
Transformer [tsl418]
AC Circuit Applications [tsl384] (4)

Intermediate Exam III of Spring '05 [tsl342]
Intermediate Exam III of Spring '06 [tsl355]
Unit Exam IV of Spring '12 [tsl441]

Maxwell's Equations and Electromagnetic Waves

Dynamics of Particles and Fields [tsl314]  [slides 21]
Gauss' Law for Electric and Magnetic Fields [tsl44] [tsl236] [tsl508] 
Ampere's Law (restricted and full versions) [tsl237] [tsl315]
Faraday's law [tsl411] 
Faraday's law and Ampere's law [tsl509] 
Traveling Waves [tsl316]
Sinusoidal Transverse Traveling Wave [tsl317]
Wave Equation [tsl318]
Electromagnetic Plane Wave [tsl319] (4)
Energy Transport in Electromagnetic Plane Wave [tsl323]
Momentum Transport in Electromagnetic Plane wave [tsl324] 

Relativity

Is There Absolute Motion? [tsl211]  [slides 22]
Catching Up with a Photon? [tsl439] (2)


Last updated 11/04/15