How to Determine D, H, and β in a Region with Given Parameters?

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To determine D, H, and β in the specified region with σ=0, μ=2μ0, and ε=10ε0, the given current density J= 60sin(109t - βz) must be analyzed. The discussion emphasizes the importance of showing an attempt at a solution to adhere to forum rules before receiving assistance. Key equations related to electromagnetic fields and wave propagation will need to be applied to solve for the desired parameters. The community encourages collaboration and learning rather than simply providing answers. Engaging with the problem through initial calculations or reasoning is essential for constructive feedback.
lord_sphinx
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Homework Statement
In a certain region for which σ=0, μ=2μ[SUB]0[/SUB], and ε=10ε[SUB]0[/SUB], determine D, H, and β.
Relevant Equations
J= 60sin(10[SUP]9[/SUP]t - βz)
In a certain region for which σ=0, μ=2μ0, and ε=10ε0, J= 60sin(109t - βz). Determine D, H, and β.
 
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lord_sphinx said:
Problem Statement: In a certain region for which σ=0, μ=2μ0, and ε=10ε0, determine D, H, and β.
Relevant Equations: J= 60sin(109t - βz)

In a certain region for which σ=0, μ=2μ0, and ε=10ε0, J= 60sin(109t - βz). Determine D, H, and β.
It's not my place to enforce rules here (I'm not a moderator), but like everyone else on PF, I must heed the forum rules in order to remain welcome here, so like everyone else, I can't materially answer a homework question if the questioner hasn't shown his attempt at a solution. Could you please fill your question out in that regard?
 
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