Recent content by Zanker
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Electric Field & Potential of infinite concentric cylinders
Whelp, I also realized I calculated the E fields incorrectly, using λ1 and λ2 as charge densities rather than the linear charge densities they are. This means that my E from r=0 to r=a is (λ1*r)/(2πε0*a2), from r=a to r=b as E = (λ1)/(2*π*ε0*r) with the other equations following in suit.- Zanker
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- Forum: Introductory Physics Homework Help
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Electric Field & Potential of infinite concentric cylinders
Homework Statement Consider an infinitely long solid cylinder of uniform linear charge density λ1 and radius a inside a hollow cylindrical pipe of inner radius b and outer radius c and uniform linear charge density λ2. A cross-sectional view of the system is shown below(linked and attached)...- Zanker
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- Cylinders Electric Electric field Electricity Field Infinite Potential
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- Forum: Introductory Physics Homework Help