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For which cases did you determine that the flux was equal to the flux in case #1?

For which cases did you determine that the flux was equal to the flux in case #1?

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For which cases did you determine that the flux was equal to the flux in case #1?

In this section you will draw the electric fields of several simple charge configurations. While you will be able to draw only a 2- dimensional picture, keep in mind that these problems are inherently three dimensional. For each case: 1. Draw the electric field lines. 2. Draw the Gaussian surface for the flux calculation. 3. State whether the flux is positive, negative, or zero. #1: A charge +q when the surface is a sphere centered on the charge: #2: A charge -q when the surface is a sphere centered on the charge: #3: A charge +2q when a surface is a sphere centered on the charge.
Transcribed Image Text:In this section you will draw the electric fields of several simple charge configurations. While you will be able to draw only a 2- dimensional picture, keep in mind that these problems are inherently three dimensional. For each case: 1. Draw the electric field lines. 2. Draw the Gaussian surface for the flux calculation. 3. State whether the flux is positive, negative, or zero. #1: A charge +q when the surface is a sphere centered on the charge: #2: A charge -q when the surface is a sphere centered on the charge: #3: A charge +2q when a surface is a sphere centered on the charge.
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Flux for negative charge will be incoming and flux for positive charge will be outgoing.

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