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What is the potential at point M relative to the system in the figure? (Take as s0=8,85.10^(-12)C^2/Nm^2, q=3C, a=2m) p 341 M 28 - +q Oa) 8,99.109 NIC OB) 8.99.10^gV O NS) -8,99.109 NIC OD) 8,99.10°9V

What is the potential at point M relative to the system in the figure? (Take as s0=8,85.10^(-12)C^2/Nm^2, q=3C, a=2m) p 341 M 28 - +q Oa) 8,99.109 NIC OB) 8.99.10^gV O NS) -8,99.109 NIC OD) 8,99.10°9V

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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What is the potential at point M relative to the system in the figure? (Take as ɛ0=8,85.10^(-12)C^2/Nm^2, q=3C, a=2m) M p 34 28 - a +q a) 8,99.10°9 N/C OB) 8.99.109 O NS) -8.99,109 N/C OD) -8,99.10^9V OTO) O
Transcribed Image Text:What is the potential at point M relative to the system in the figure? (Take as ɛ0=8,85.10^(-12)C^2/Nm^2, q=3C, a=2m) M p 34 28 - a +q a) 8,99.10°9 N/C OB) 8.99.109 O NS) -8.99,109 N/C OD) -8,99.10^9V OTO) O
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What is electric potential at the point M? 

We know electric potential due to any point charge = kq/r

 

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