1. Write a single exact expression for the attenuation constant α for a plane wave propagating in a material that may or may not be lossy. Give your answer explicitly in terms of the frequency f and material parameters µ, ǫ, and σ. 2. It is found that propagation through 2.3 mm of some material results reduces the magnitude of the electric field intensity to one-half of it’s original value. What is the skin depth of this material?

1. Write a single exact expression for the attenuation constant α for a plane wave propagating in a material that may or may not be lossy. Give your answer explicitly in terms of the frequency f and material parameters µ, ǫ, and σ.

2. It is found that propagation through 2.3 mm of some material results reduces the magnitude of the electric field intensity to one-half of it’s original value. What is the skin depth of this material?

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images - 1. Write a single exact expression for the attenuation constant α for a plane wave propagating in a material that may or may not be lossy. Give your answer explicitly in terms of the frequency f and material parameters µ, ǫ, and σ. 2. It is found that propagation through 2.3 mm of some material results reduces the magnitude of the electric field intensity to one-half of it’s original value. What is the skin depth of this material?

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