Lecture slides from Elementary Physics II (PHY 204), taught by Gerhard Müller and Robert Coyne at the University of Rhode Island.

These lecture slides are designed to be accompanied by oral explanations. The slides are in pdf and can be downloaded in entire sections named Slides 1 through Slides 22. Previous unit exams with solutions are compiled as Exams 1, Exams 2, and Exams 3. All slides can be opened in full-screen mode. Only major themes are mentioned in the list below.

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.

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Submissions from 2020

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01. Introduction. Electric charge. Coulomb force. Electric field, Gerhard Müller and Robert Coyne

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02. Motion of charged particles in electric field. Electric dipole, Gerhard Müller and Robert Coyne

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03. Electric field of continuous charge distributions. Electric flux, Gerhard Müller and Robert Coyne

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04. Gauss's law for the electric field with applications, Gerhard Müller and Robert Coyne

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05. Electric potential and potential energy, Gerhard Müller and Robert Coyne

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06. Electric potential and electric field, Gerhard Müller and Robert Coyne

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07. Capacitor and capacitance, Gerhard Müller and Robert Coyne

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08. Capacitors with dielectrics, Gerhard Müller and Robert Coyne

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09. Electric currents. Resistor, resistance, and resistivity, Gerhard Müller and Robert Coyne

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10. Resistor circuits. Kirchhoff's laws, Gerhard Müller and Robert Coyne

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11. RC circuits. Charging and discharging of capacitors, Gerhard Müller and Robert Coyne

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12. Effects of a magnetic field: magnetic force, Gerhard Müller and Robert Coyne

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13. Effects of magnetic field: torque. Magnetic dipole, Gerhard Müller and Robert Coyne

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14. Sources of magnetic field: electric currents. Law of Biot and Savart, Gerhard Müller and Robert Coyne

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15. Ampere's law for the magnetic field with applications, Gerhard Müller and Robert Coyne

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16. Faraday's law. Motional EMF. Lenz's rule, Gerhard Müller and Robert Coyne

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17. Magnetic induction: inductor and inductance. Self/mutual induction, Gerhard Müller and Robert Coyne

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18. RL circuits. Current buildup and shutdown, Gerhard Müller and Robert Coyne

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19. LC and RLC oscillators. Electric vs magnetic energy, Gerhard Müller and Robert Coyne

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20. Alternating current circuits. Impedance. Resonance, Gerhard Müller and Robert Coyne

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21. Maxwell's equations. Electromagnetic waves, Gerhard Müller and Robert Coyne

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22. A glimpse into relativity, Gerhard Müller and Robert Coyne

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E1. Theme from slide 1-6, Gerhard Müller and Robert Coyne

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E2. Theme from slide 7-11, Gerhard Müller and Robert Coyne

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E3. Themes from slides 12-16 (most) and slides 18-19 (some), Gerhard Müller and Robert Coyne