A charged triangular prism is placed at the region where the electric field vector changes according to equation: E(x, y, z) = (4*(x^3)* y*(z^3))*i +(6*x*(y^2)*z)j + (5*(x^2)*y*(z^3))*k 1)Write the charge density in that region in terms of x,y,z 2)Find the total charge, Q, enclosed by the rectangular prism. Take ε0 (epsilon 0)=1
A charged triangular prism is placed at the region where the electric field vector changes according to equation: E(x, y, z) = (4*(x^3)* y*(z^3))*i +(6*x*(y^2)*z)j + (5*(x^2)*y*(z^3))*k 1)Write the charge density in that region in terms of x,y,z 2)Find the total charge, Q, enclosed by the rectangular prism. Take ε0 (epsilon 0)=1
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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A charged triangular prism is placed at the region where the electric field vector changes according to equation:
E(x, y, z) = (4*(x^3)* y*(z^3))*i +(6*x*(y^2)*z)j + (5*(x^2)*y*(z^3))*k
1)Write the charge density in that region in terms of x,y,z
2)Find the total charge, Q, enclosed by the rectangular prism.
Take ε0 (epsilon 0)=1
Transcribed Image Text:А(0,0,4)
B(0,5,0)
С(3,0,0)
A
А
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