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Class Notes for Physics at McGill University


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MCGILLPHYS 142Guillaume GervaisWinter

PHYS 142 Lecture Notes - Lecture 11: Farad, Nanosecond

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Phys 142: electromagnetism and optics - lecture 11: capacitance and capacitors part 1. The figure shows two plates just after they. The figure shows a
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MCGILLPHYS 142Guillaume GervaisWinter

PHYS 142 Lecture Notes - Lecture 13: Dielectric, Heat Capacity, Electrical Energy

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Phys 142: electromagnetism and optics - lecture 13: capacitance and capacitors part 3. A capacitor can be charged slowly but then can release the energ
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MCGILLPHYS 142Guillaume GervaisWinter

PHYS 142 Lecture Notes - Lecture 14: Valence Electron, Number Density

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Phys 142: electromagnetism and optics - lecture 14: the electric current part 1. As the capacitor is discharging, there is a current in the wire. When
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MCGILLPHYS 142Guillaume GervaisWinter

PHYS 142 Lecture Notes - Lecture 25: Relative Permittivity, Conservative Force, Dielectric

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Phys 142: electromagnetism and optics - lecture 25: midterm correction session with the ta. Both the gravitational and the electrical forces follow a 1
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MCGILLPHYS 142Guillaume GervaisWinter

PHYS 142 Lecture Notes - Lecture 18: Internal Resistance, Ammeter

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Phys 142: electromagnetism and optics - lecture 18: circuits part 2. The total potential difference between two resistors r1 and r2 connected in series
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MCGILLPHYS 142Guillaume GervaisWinter

PHYS 142 Lecture Notes - Lecture 15: Ampere, Electric Light, Electric Current

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Phys 142: electromagnetism and optics - lecture 15: the electric current part 2. If q is the total amount of charge that has moved past a point in a wi
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MCGILLPHYS 142Guillaume GervaisWinter

PHYS 142 Lecture Notes - Lecture 10: Equipotential, Electric Field

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Phys 142: electromagnetism and optics - lecture 10: potential and field part 2. The figure shows two points i and f separated by a small distance s. Th
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MCGILLPHYS 142Guillaume GervaisWinter

PHYS 142 Lecture Notes - Lecture 1: Atomic Orbital, Elementary Charge, Electric Dipole Moment

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Phys 142: electromagnetism and optics - lecture 1: introduction to electricity and charges. A neutral object is an object that contains no charge. An e
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MCGILLPHYS 102Nikolaos ProvatasWinter

PHYS 102 Lecture Notes - Lecture 5: Hamster Wheel, Superposition Principle, Electric Field

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MCGILLPHYS 101Kenneth RaganFall

PHYS 101 Lecture 5: phys 101 9.18

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MCGILLPHYS 102Nikolaos ProvatasWinter

PHYS 102 Lecture Notes - Lecture 3: Electric Field, Test Particle, Field Line

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MCGILLPHYS 142Guillaume GervaisWinter

PHYS 142 Lecture Notes - Lecture 20: Rc Circuit

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Phys 142: electromagnetism and optics - lecture 20: rc circuits. The first figure shows a charged capacitor, a switch, and a resistor. At t = 0, the sw
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