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Does one of these visible light waves move faster than the others? Which one is fastest and why?

Does one of these visible light waves move faster than the others? Which one is fastest and why?

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Does one of these visible light waves move faster than the others? Which one is fastest and why? 

I need help because I think it is wave C but I am not confident. Thanks 

The image features three diagrams labeled as Wave A, Wave B, and Wave C. Each diagram represents a different wave pattern: 1. **Wave A**: This wave has a medium frequency and amplitude, with two full cycles represented. It is a smooth, sinusoidal wave, typical of a standard sine or cosine wave. 2. **Wave B**: This wave has a higher frequency compared to Wave A, with more cycles shown in the same horizontal space. The amplitude is consistent with Wave A, indicating the peaks and troughs reach the same height. 3. **Wave C**: This wave has the lowest frequency of the three, with only one complete cycle visible. The amplitude is comparable to Wave A and B, but the wavelength is much longer. These diagrams are useful in understanding wave properties such as frequency (the number of cycles per unit of time) and amplitude (the height of the waves). Comparing these waves can illustrate how frequency changes affect the wave shapes and cycles.
Transcribed Image Text:The image features three diagrams labeled as Wave A, Wave B, and Wave C. Each diagram represents a different wave pattern: 1. **Wave A**: This wave has a medium frequency and amplitude, with two full cycles represented. It is a smooth, sinusoidal wave, typical of a standard sine or cosine wave. 2. **Wave B**: This wave has a higher frequency compared to Wave A, with more cycles shown in the same horizontal space. The amplitude is consistent with Wave A, indicating the peaks and troughs reach the same height. 3. **Wave C**: This wave has the lowest frequency of the three, with only one complete cycle visible. The amplitude is comparable to Wave A and B, but the wavelength is much longer. These diagrams are useful in understanding wave properties such as frequency (the number of cycles per unit of time) and amplitude (the height of the waves). Comparing these waves can illustrate how frequency changes affect the wave shapes and cycles.
Expert Solution
Step 1: Light Wave

Light waves are the type of electromagnetic waves or EM Waves. It consist of oscillating electric and magnetic fields in mutually perpendicular directions. Light waves are transverse in nature. Light waves are emitted by accelerating charged particles. 

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