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1 |
Lectures: Chapter 23, Electric charge, force and field. Reading: Chapter 23, Static charge. Chapter 24, Gauss's Law. |
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2 |
Labor Day |
Lectures: Chapter 24, Electric flux and using Gauss's Law. Reading: Chapter 25, Electric potential |
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3 |
Lectures: Chapter 24, Gauss's Law and conductors and Chapter 25, Electric potential, potential difference. Reading: Chapter 26, Electrostatic energy and capacitors. |
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4 |
Lectures: Chapter 26, Electrostatic energy and capacitors. Capacitors are the first electronic device we consider. Reading: Chapter 27, Electric currents. |
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5 |
Lectures: Chapter 27, Electric currents and the behavior of metals and resistors. Ohm's Law. Reading: Chapter 28, Electric circuits |
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6 |
Lectures: Chapter 28, Electric circuits, especially the behavior of batteries, series and parallel resistors. Reading: Chapter 29, The Magnetic Field |
Fall Break |
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7 |
Lectures: Chapter 28, Kirchhoff's Laws and circuit analysis. Capacitor and resistor circuits. Then Chapter 29 on the magnetic field Reading: Chapter 30, Sources of magnetic field. Biot-Savart Law. |
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8 Exam 2 on Tues. Oct. 16 |
Lectures: Chapter 30 Reading: Chapter 31, Electromagnetic Induction. |
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9 |
Lectures: Chapter 31 Reading: Chapter 32, Inductance and Magnetic Energy. |
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10 |
Lectures: Chapter 32 Reading: Chapter 33, Alternating-Current Circuits. |
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11 |
Lectures: Chapter 33 Reading: Chapter 34, Maxwell's Equations and EM Waves |
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12 Exam 3 on Tues. Nov. 13 |
Lectures: Chapter 34 Reading: Chapter 35, Reflection and Refraction. |
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13 |
Lectures: Chapter 35 Reading: Chapter 36, Image Formation |
Thanksgiving Holiday |
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14 |
Lectures: Chapter 36 Reading: Chapter 37, Interference and Diffraction |
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15 |
Lectures: Chapter 37 Reading: Review for final exam |
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16 |
Lectures: Review of the whole course | NO CLASSES | |
Final Exam is Tuesday Dec. 18, 4:30-7:00 pm, location to be announced.
Physics 1120 home page.