As shown in Figure , two environments with different electrical properties are separated from each other by the xy-plane at z=0. The dielectric constants are specified as e1=4e0 and e2=36e0. If (a-?2)=?̂3−?̂2+?̂2(V/m) and the surface charge density is p?=3.54?10−11(??/^2), find ?1. Find the angle that (b-?2) makes with the z-axis. As shown in Figure 1, two environments with different electricalproperties are separated from each other by the xy-plane at z=0. Thedielectric constants are specified as e1=4e0 and e2=36e0. If (a-E2)=£3-ŷ2+22(V/m) and the surface charge density isps=3.54x10-11(Cm/^2), find E1. Find the angle that (b-E2) makes withthe z-axis. E1E1-13x-y düzlemiEttE202EE2Şekil 1.

Given, The dielectric constant,€1=4€ €2=36€ Surface charge density=3.54×10^-11c/m² E1=? E2=3i-2j+2k

Answered: As shown in Figure , two environments…

College Physics

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ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

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As shown in Figure , two environments with different electrical properties are separated from each other by the xy-plane at z=0. The dielectric constants are specified as e1=4e0 and e2=36e0. If (a-?2)=?̂3−?̂2+?̂2(V/m) and the surface charge density is p?=3.54?10−11(??/^2), find ?1. Find the angle that (b-?2) makes with the z-axis.

As shown in Figure 1, two environments with different electrical
properties are separated from each other by the xy-plane at z=0. The
dielectric constants are specified as e1=4e0 and e2=36e0. If (a-
E2)=£3-ŷ2+22(V/m) and the surface charge density is
ps=3.54x10-11(Cm/^2), find E1. Find the angle that (b-E2) makes with
the z-axis.

E1
E1-
13
x-y düzlemi
Ett
E2
02
E
E2
Şekil 1.

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