4. Three charges are enclosed in a polystyrene (ɛ, =2.56) case and found at the following coordinateswith charges:4.1. Find the electric potential energy:Q,= 22 nC4.1.1. Between Q1 and Q21.1.2. Bętween Q2 and Q3Pt. X (2, 3, 4) m4.1.3. Between Q3 and Q14.2. Total Potential Energy of the systemQ2= 18 nCPt. Z (-1, 4, 4) mQ3 = 20 nCPt. Y (2, 4, 6) m +

We need to find potential energy for given system .

4. Three charges are enclosed in a polystyrene (ɛ, =2.56) case and found at the following coordinates with charges: 4.1. Find the electric potential energy: 4.1.1. Between Q1 and Q2 Q,= 22 nC 4.1.2. Between Q2 and Q3 Pt. X (2, 3, 4) m + 4.1.3. Between Q3 and Q1 4.2. Total Potential Energy of the system Q2= 18 nC Pt. Z (-1, 4, 4) m Q3 = 20 nC Pt. Y (2, 4, 6) m +

4. Three charges are enclosed in a polystyrene (ɛ, =2.56) case and found at the following coordinates with charges: 4.1. Find the electric potential energy: 4.1.1. Between Q1 and Q2 Q,= 22 nC 4.1.2. Between Q2 and Q3 Pt. X (2, 3, 4) m + 4.1.3. Between Q3 and Q1 4.2. Total Potential Energy of the system Q2= 18 nC Pt. Z (-1, 4, 4) m Q3 = 20 nC Pt. Y (2, 4, 6) m +

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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