Giancoli 7th Edition textbook cover
Giancoli's Physics: Principles with Applications, 6th Edition
16
Electric Charge and Electric Field
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16-5 and 16-6: Coulomb's Law
16-7 and 16-8: Electric Field, Field Lines
16-10: Gauss's Law
16-11: DNA

Problem 28
A
8.4×107 N/C , away from the positive charge8.4 \times 10^7 \textrm{ N/C , away from the positive charge}
Giancoli 6th Edition, Chapter 16, Problem 28 solution video poster
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COMMENTS
By honickb on Mon, 2/3/2014 - 3:54 AM

Why is it that the electric field is pointing in the direction of the -8.0 micro Coulomb charge?

By Mr. Dychko on Wed, 2/5/2014 - 5:21 AM

Hi honickb, you have to image which direction a positive charge would move if you dropped it into the picture. If you introduced a new positive charge, it would tend to move away from existing positive charges, and towards negative charges.

By Mr. Dychko on Wed, 2/5/2014 - 5:24 AM

Electrice fields always point in the direction of force that would apply on a newly introduced positive charge. Textbooks say the electric field points in the direction of force on "an infinitesimally small positive test charge", and without the fancy words, I'm saying the same thing.

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