Electric Field
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Force in the Electric Field
A point charge of 10 nC is located in an electric field. The field exerts a force of
1×10−2 N, horizontally and from left to right. Find:
a) The magnitude and direction of the electric field;
b) If the charge were replaced by a charge of −2 µC. What would be the magnitude and direction of the new force acting on the charge?
a) The magnitude and direction of the electric field;
b) If the charge were replaced by a charge of −2 µC. What would be the magnitude and direction of the new force acting on the charge?
The graph represents the magnitude of the electric field produced by a positive point charge Q
as a function of the distance to the charge. The Coulomb Constant in a vacuum is
\( k_e=9\times 10^9\;\mathrm{\frac{N.m^2}{C^2}} \).
Determine:
a) The charge Q;
b) The magnitude of the electric force that acts on a charge q = −1×10−5 C, placed at 2 m of Q;
c) The magnitude of the electric force that acts on a charge q = 1×10−5 C, placed at 1 m of Q.
a) The charge Q;
b) The magnitude of the electric force that acts on a charge q = −1×10−5 C, placed at 2 m of Q;
c) The magnitude of the electric force that acts on a charge q = 1×10−5 C, placed at 1 m of Q.
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Fisicaexe - Physics Solved Problems by Elcio Brandani Mondadori is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License .