Calculating Electric Field Strength Using Gauss' Law

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Homework Help Overview

The discussion revolves around calculating electric field strength using Gauss' Law, with a specific focus on the relationship between electric field and electric flux.

Discussion Character

  • Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • Participants discuss the application of Gauss' Law and the distinction between electric field and electric flux. There are attempts to clarify the calculations involved and the potential confusion between these two concepts.

Discussion Status

Some participants have provided guidance regarding the need to clarify the arithmetic and the definitions involved. There is an acknowledgment of a potential misunderstanding, but no consensus has been reached on the specific calculations.

Contextual Notes

The original poster mentions a specific numerical result that is critical to their overall performance, indicating a personal stake in resolving the issue. There is also a suggestion to post calculations for further review.

1MileCrash
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Homework Statement



Attached

Homework Equations



Gauss' Law

The Attempt at a Solution



[itex]\epsilon_{0} E(4\pi r^{2}) = q_{enc} = -1.738x10^{-19}[/itex]
 

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I have come to this result many times and its the only thing keeping me from my 100. Any ideas?
 
1MileCrash said:
I have come to this result many times and its the only thing keeping me from my 100. Any ideas?

Post your calculation; but I suspect you're confusing electric field with electric flux. Can't be sure unless you show your arithmetic.
 
I see that, you're absolutely right.

Thank you!
 

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