'Total charge enclosed' diaporamas de présentation

Lectures 5 and 6 Electrostatics: E-field and Gauss's Law

Lectures 5 and 6 Electrostatics: E-field and Gauss's Law. Introduction

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Physics 2102 Lecture: 04 THU 28 JAN

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HRW7 23.CQ.01. [406131] A surface has the area vector A = (6 i +3 j ) m 2 .

Warm Up 3. Question. HRW7 23.CQ.01. [406131] A surface has the area vector A = (6 i +3 j ) m 2 . (a) What is the flux of an electric field through it if the field is E = 4 N/C i ? (b) What is the flux of an electric field through it if the field is E = 4 N/C k?. Answer: (a).

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HRW7 23.CQ.01. [406131] A surface has the area vector A = (6 i +3 j ) m 2 .

Warm Up 3. Question. HRW7 23.CQ.01. [406131] A surface has the area vector A = (6 i +3 j ) m 2 . (a) What is the flux of an electric field through it if the field is E = 4 N/C i ? (b) What is the flux of an electric field through it if the field is E = 4 N/C k?. Answer: (a).

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