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2: Orthogonality Sometimes the speed of a wave is not constant, but is instead v = c/n(x), where n(x) is the refractive index. Different types of waves obey slightly different forms of the wave equation. Here are two common forms: %3D * (t) =- For each of these, tell me what orthogonality relationship waves with different frequencies wi and wa would obey.

2: Orthogonality Sometimes the speed of a wave is not constant, but is instead v = c/n(x), where n(x) is the refractive index. Different types of waves obey slightly different forms of the wave equation. Here are two common forms: %3D * (t) =- For each of these, tell me what orthogonality relationship waves with different frequencies wi and wa would obey.

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2: Orthogonality Sometimes the speed of a wave is not constant, but is instead v = c/n(r), where n(r) is the refractive index. Different types of waves obey slightly different forms of the wave equation. Here are two common forms: • (o) = - For each of these, tell me what orthogonality relationship waves with different frequencies wi and we would obey.
Transcribed Image Text:2: Orthogonality Sometimes the speed of a wave is not constant, but is instead v = c/n(r), where n(r) is the refractive index. Different types of waves obey slightly different forms of the wave equation. Here are two common forms: • (o) = - For each of these, tell me what orthogonality relationship waves with different frequencies wi and we would obey.
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