Maxwell Stress Tensor Homework: Find E & B Field Components

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Homework Help Overview

The discussion revolves around calculating the Maxwell stress tensor for a system involving nonconducting cylindrical shells surrounding long wires carrying current. The setup includes two cylindrical shells with specified charge per unit length, and the focus is on determining the electric and magnetic field components at a specific point between the shells.

Discussion Character

  • Exploratory, Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • The original poster attempts to identify the components of the electric and magnetic fields necessary for calculating the Maxwell stress tensor. Some participants question the understanding of field calculations related to the given charge distributions.

Discussion Status

The discussion includes attempts to clarify the calculation of electric and magnetic fields, with one participant suggesting that the original poster should be familiar with these concepts. There is a brief acknowledgment of resolution from the original poster, but the overall state of the discussion remains open to further exploration.

Contextual Notes

Participants are navigating the complexities of field calculations in the context of the Maxwell stress tensor, with some assumptions about prior knowledge in electromagnetic theory being questioned.

tomfrank
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Homework Statement


x and y are nonconducting cylindrical shells. Both cylindrical shells are surrounding long wires that are carrying current. the x shell out of the page and the y shell into the page.
x radius has a charge per unit length = to +\lambda
y radius has a charge per unit length = to -\lambda
I need to calculate the maxwell stress tensor at a midway between x and y. (from the picture)

Homework Equations



Tij =\epsilono(EiEj-\deltaijE2)+(1/\mu)(BiBj-\deltaijB2)

The Attempt at a Solution



How do I exactly found the i and j component of the magnetic and electric field?
 
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can anyone help me?
 
If you're studying the Maxwell stress tensor, you should already know how to calculate the electric and magnetic fields of simple charge distributions...surely you've already seen examples that include the magnetic field of a long straight current carrying wire and the electric field of a uniformly charged cylindrical shell?
 
i got the problem..thanks bye
 

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