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Class Notes for PHYS 132 at Binghamton University

BINGHAMTONPHYS 132SuzukiSpring

PHYS 132 Lecture Notes - Lecture 1: Positron, Net Force, Alpha Particle

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5 Jan 2020
0
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BINGHAMTONPHYS 132SuzFall

PHYS 132 Lecture Notes - Lecture 1: Photon, Electronvolt, Carina Round

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14 Oct 2016
3
Resonance: energy is transferred to a system by making it vibrate at its natural frequency resulting in large amplitude standing waves examples: guitar
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BINGHAMTONPHYS 132SuzFall

PHYS 132 Lecture Notes - Lecture 1: Kilowatt Hour, Electromagnetic Induction, Ammeter

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14 Oct 2016
4
: work done per unit charge (v = w/q) Resistance of a wire: r = l/a where a = r2. Least resistance (best conductor): short, fat, cold most resistance (
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BINGHAMTONPHYS 132SuzFall

PHYS 132 Lecture Notes - Lecture 3: Refraction, Diffraction, Wave Equation

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14 Oct 2016
3
From n to s, density = strength (intensity) direction of lines = direction of compass needle. Radio wave: electromagnetic wave speed = 3. 00 x 108 m/s.
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BINGHAMTONPHYS 132SuzFall

PHYS 132 Lecture Notes - Lecture 3: Friction, Net Force

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14 Oct 2016
7
Equilibrium: no net force, no acceleration, constant velocity or at rest, forces form a closed figure. Concurrent vectors: placed tail-to-tail componen
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BINGHAMTONPHYS 132SuzFall

PHYS 132 Lecture Notes - Lecture 1: Ampere, Kilogram, Electric Current

OC12472974 Page
14 Oct 2016
4
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