EM maxwells equations problem infinite cylinder

In summary, Maxwell's equations are a set of four equations that describe the relationship between electric and magnetic fields in space. They are used to solve problems involving an infinite cylinder, a hypothetical cylinder with infinite length and radius. The "EM" in "EM Maxwell's equations problem infinite cylinder" stands for "electromagnetic," as Maxwell's equations deal with the relationship between electric and magnetic fields. Solving the Maxwell's equations problem for an infinite cylinder allows for simplified analysis of electromagnetic fields and can help make predictions and calculations in more complex scenarios. This is done by using mathematical techniques such as separation of variables and boundary conditions to solve for the electric and magnetic fields and then applying those solutions to analyze electromagnetic waves in and around the infinite cylinder.
  • #1
stevestevesteve
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Homework Statement


Suppose we have a infinite cylinder of radius=R and with uniform volume charge density ρ. Use Maxwell's Equations or relationships from them to find E, B, V, and A everywhere.

Pretty easy. But how do you approach the problem when you bring an angular vel into the mix? Suppose it is ω=(constant)*t z-hat and z-hat is along the central axis. (accelerates from rest)

Homework Equations

[/B]
Maxwell's Equations

The Attempt at a Solution


Have not been able to solve this with the angular vel included.
 
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  • #2
What did you find out and where did you get stuck?
 

Related to EM maxwells equations problem infinite cylinder

1. What are Maxwell's equations?

Maxwell's equations are a set of four equations that describe the relationship between electric and magnetic fields in space. They were first formulated by James Clerk Maxwell in the 1860s and are a fundamental part of electromagnetism.

2. What is an "infinite cylinder" in the context of Maxwell's equations?

In the context of Maxwell's equations, an infinite cylinder refers to a hypothetical cylinder that extends infinitely in both length and radius. This allows for simplified calculations and analysis of electromagnetic fields.

3. What is the "EM" in "EM Maxwell's equations problem infinite cylinder"?

The "EM" stands for "electromagnetic," as Maxwell's equations deal with the relationship between electric and magnetic fields.

4. What is the significance of solving the Maxwell's equations problem for an infinite cylinder?

Solving the Maxwell's equations problem for an infinite cylinder allows us to understand the behavior of electromagnetic fields in a simplified and idealized scenario. This can help us make predictions and calculations in more complex situations.

5. How are Maxwell's equations applied to problems involving an infinite cylinder?

Maxwell's equations are applied to problems involving an infinite cylinder by using mathematical techniques such as separation of variables and boundary conditions to solve for the electric and magnetic fields. These solutions can then be used to analyze the behavior of electromagnetic waves in and around the infinite cylinder.

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