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We consider three point charges. 91 All three charges are held in place. q1=+3.651e-5 Cat (4,6) meters. q2=+3.61e-5 Cat (4,0) meters. q3 = +3.651e-5 Cat (0,3) meters. 93 %3D Calculate the electric potential energy of this charge configuration in joules. * starting symbolic equation(s) must be written before being used 92 Three charges located in an x,y plane.

We consider three point charges. 91 All three charges are held in place. q1=+3.651e-5 Cat (4,6) meters. q2=+3.61e-5 Cat (4,0) meters. q3 = +3.651e-5 Cat (0,3) meters. 93 %3D Calculate the electric potential energy of this charge configuration in joules. * starting symbolic equation(s) must be written before being used 92 Three charges located in an x,y plane.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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11:07 G M O Ritesh Sah •.. More Edit < O O 3. We consider three point charges. 91 All three charges are held in place. q1=+3.651e-5 Cat (4,6) meters. q2=+3.61e-5 Cat (4,0) meters. q3 = +3.651e-5 Cat (0,3) meters. 93 Calculate the electric potential energy of this charge configuration in joules. * starting symbolic equation(s) must be written before being used 92 Three charges located in an x,y plane.
Transcribed Image Text:11:07 G M O Ritesh Sah •.. More Edit < O O 3. We consider three point charges. 91 All three charges are held in place. q1=+3.651e-5 Cat (4,6) meters. q2=+3.61e-5 Cat (4,0) meters. q3 = +3.651e-5 Cat (0,3) meters. 93 Calculate the electric potential energy of this charge configuration in joules. * starting symbolic equation(s) must be written before being used 92 Three charges located in an x,y plane.
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Calculate the electric potential energy due to 3 point charge. 

Electric potential energy U= Kq1 q2 /r

 

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