Difference between revisions of "Film Loops--Waves"
From UO Physics Demonstration Catalog
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{| class="wikitable" | {| class="wikitable" | ||
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! Film Loop !! Location | ! Film Loop !! Location | ||
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| Example || Example | | Example || Example | ||
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|Barrier Penetration by Waves|| | |Barrier Penetration by Waves|| 48 | ||
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|Bragg Reflection of Waves|| | |Bragg Reflection of Waves|| 49 | ||
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|Circular Wave Reflection from Various Barriers|| 45 | |Circular Wave Reflection from Various Barriers|| 45 | ||
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|Diffraction and Scattering around Obstacles|| 57 | |Diffraction and Scattering around Obstacles|| 57 | ||
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|Diffraction Double Slit|| 43,43a | |Diffraction Double Slit|| 43,43a | ||
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|Diffraction Single Slit|| 100 | |Diffraction Single Slit|| 100 | ||
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|Doppler Effect|| 50 | |Doppler Effect|| 50 | ||
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|Effect of Phase Differences between Sources|| 54 | |Effect of Phase Differences between Sources|| 54 | ||
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|Formation of Shock Waves|| 51 | |Formation of Shock Waves|| 51 | ||
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|Interference of Waves|| 53 | |Interference of Waves|| 53 | ||
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|Longitudinal Standing Waves in a Spring|| 102 | |Longitudinal Standing Waves in a Spring|| 102 | ||
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|Michelson Interferometer|| 38 | |Michelson Interferometer|| 38 | ||
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|Multiple Slit Diffraction|| 56 | |Multiple Slit Diffraction|| 56 | ||
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|Reflection of Waves from Concave Barriers|| 46 | |Reflection of Waves from Concave Barriers|| 46 | ||
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|Refraction of Waves|| 47 | |Refraction of Waves|| 47 | ||
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|Single Slit Diffraction|| 55 | |Single Slit Diffraction|| 55 | ||
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|Soap Film Oscillations|| 37 | |Soap Film Oscillations|| 37 | ||
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|Standing Electromagnetic Waves|| 42 | |Standing Electromagnetic Waves|| 42 | ||
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|Standing Waves in a Gas|| 41 | |Standing Waves in a Gas|| 41 | ||
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|Standing Waves on a String|| 40 | |Standing Waves on a String|| 40 | ||
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|Straight Wave Reflection from Straight Barriers|| 44 | |Straight Wave Reflection from Straight Barriers|| 44 | ||
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|Superposition|| 39 | |Superposition|| 39 | ||
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|Superposition of Pulses in a Spring|| 103 | |Superposition of Pulses in a Spring|| 103 | ||
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|Tacoma Narrows Bridge Collapse|| 36 | |Tacoma Narrows Bridge Collapse|| 36 | ||
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|Transverse Standing Waves in a Spring: Cont. Wave Trains|| 101 | |Transverse Standing Waves in a Spring: Cont. Wave Trains|| 101 | ||
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|Vibrations of a Drum|| 112 | |Vibrations of a Drum|| 112 | ||
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|} | |} | ||
Revision as of 09:25, 13 April 2022
Return to Waves
Description:
| Film Loop | Location |
|---|---|
| Example | Example |
| Barrier Penetration by Waves | 48 |
| Bragg Reflection of Waves | 49 |
| Circular Wave Reflection from Various Barriers | 45 |
| Diffraction and Scattering around Obstacles | 57 |
| Diffraction Double Slit | 43,43a |
| Diffraction Single Slit | 100 |
| Doppler Effect | 50 |
| Effect of Phase Differences between Sources | 54 |
| Formation of Shock Waves | 51 |
| Interference of Waves | 53 |
| Longitudinal Standing Waves in a Spring | 102 |
| Michelson Interferometer | 38 |
| Multiple Slit Diffraction | 56 |
| Reflection of Waves from Concave Barriers | 46 |
| Refraction of Waves | 47 |
| Single Slit Diffraction | ??55 |
| Soap Film Oscillations | 37 |
| Standing Electromagnetic Waves | 42 |
| Standing Waves in a Gas | 41 |
| Standing Waves on a String | 40 |
| Straight Wave Reflection from Straight Barriers | 44 |
| Superposition | 39 |
| Superposition of Pulses in a Spring | 103 |
| Tacoma Narrows Bridge Collapse | 36 |
| Transverse Standing Waves in a Spring: Cont. Wave Trains | 101 |
| Vibrations of a Drum | 112 |
