Potential and potential energy due to two point charges. An electric dipole consists of two point charges, q1 = + 12nC and q2 = −12nC, placed at a distance of 10cm from each other (see figure). a) Calculate the potentials at points a, b and c by adding the potentials due to each charge. b) Calculate the potential energy associated with a point charge of 14.0 nC if it is placed at points a, b, and c of the figure
Potential and potential energy due to two point charges. An electric dipole consists of two point charges, q1 = + 12nC and q2 = −12nC, placed at a distance of 10cm from each other (see figure). a) Calculate the potentials at points a, b and c by adding the potentials due to each charge. b) Calculate the potential energy associated with a point charge of 14.0 nC if it is placed at points a, b, and c of the figure
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2. Potential and potential energy due to two point charges. An electric dipole consists of two point charges, q1 = + 12nC and q2 = −12nC, placed at a distance of 10cm from each other (see figure).
a) Calculate the potentials at points a, b and c by adding the potentials due to each charge.
b) Calculate the potential energy associated with a point charge of 14.0 nC if it is placed at points a, b, and c of the figure
Transcribed Image Text:13.0 cm
13,0 cm
4.0
6.0
4.0
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cm
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