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2) For the system shown below, find the magnitude of the force experienced by charge Q, and state its direction.

2) For the system shown below, find the magnitude of the force experienced by charge Q, and state its direction.

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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Q2 + Q4

1) If a force of 2.89×1012N is exerted on a 56µC negative charge by a 23µC positive charge how far apart are the charges? 2) For the system shown below, find the magnitude of the force experienced by charge Q, and state its direction. 3) Calculate the electric field generated by a parallel plate capacitor with radius 4mm and a plate separation of 1mm, when connected to a 2V supply. 4) What is the electric field generated in 1m coaxial cable if a Gaussian surface is defined at a radius of 3mm between the two conductors. When there is 8.76x10-9 C of charge on the conductors. 5) What effect does adding a high value dielectric material have on the coaxial cable? a b + Q, Q3 a = 1.75x10-15m , b = 15x10-15m, Q1 = Q3 = 1.602x10-19C and Q2 = -1.602x10-19C %3D
Transcribed Image Text:1) If a force of 2.89×1012N is exerted on a 56µC negative charge by a 23µC positive charge how far apart are the charges? 2) For the system shown below, find the magnitude of the force experienced by charge Q, and state its direction. 3) Calculate the electric field generated by a parallel plate capacitor with radius 4mm and a plate separation of 1mm, when connected to a 2V supply. 4) What is the electric field generated in 1m coaxial cable if a Gaussian surface is defined at a radius of 3mm between the two conductors. When there is 8.76x10-9 C of charge on the conductors. 5) What effect does adding a high value dielectric material have on the coaxial cable? a b + Q, Q3 a = 1.75x10-15m , b = 15x10-15m, Q1 = Q3 = 1.602x10-19C and Q2 = -1.602x10-19C %3D
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