PHY132
Introduction to Physics II
Resources used in course
PHY132
Class Activity
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Variable Single Slit Diffraction
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Refractive Indices and White Light Spectrum (Prism)
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Force On An Electron Beam By A Magnetic Field
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Current Produced in a Moving Coil by a Magnetic Field (Faraday's Law)
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Resonance (Forced Oscillation)
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Electro-Magnetic Waves (Model)
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Doppler Effect from Rotating Source
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Variable Standing Wave Machine
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Acoustic Resonance (Fixed Column of Water)
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Lenz's Law (Eddy Currents)
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Acoustic Interferometer
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Springs and Slinkies
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Gas Spectra using Diffraction Grating
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Jumping Rings (Eddy Currents)
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Magnetic Damping (Eddy Currents)
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Formal Report Module
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Capacitor Circuit (using supercapacitors)
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Numerical Approximation Module
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Black Body Radiation (white light spectrum)
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Current Produced In A Coil By A Moving Magnet (Faraday's Law)
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Energy Stored In A Capacitor
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Series and Parallel Lamps
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Real image of a concave mirror
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Series and Parallel Circuits
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Potentiometer (Slide Wire)
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Van de Graaff Generator
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White Light Diffraction (Transmission Grating)
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Magnetic Field Generated by Current Through a Straight Conductor
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Magnetic Fields Produced by a Bar Magnet, Electric Current, and Magnetic Dipoles
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Force Between Current Carrying Conductors (Parallel Wires)
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Transfer of Momentum
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Transverse Standing Waves (Bell Wave Machine)
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Acoustic Resonance (Column of Water)
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Charge and Discharge of an RC Circuit
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Tuning Forks (Beats)
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Lab Equipment
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Rotary Motion Sensor
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