A EA = EB= +30 0 200 Three parallel infinite planes of charge have charge per area of +30.-20, and +6, as shown. Let us define the symbol Eg = " that is, the magnitude of the electric field due to a single infinite plane with surface charge o. What are the electric fields due to the 3 planes at points A, B, and C in terms of Eo? Let us choose to the right as positive, and to the left as negative. So, for instance if the electric field is to the left and has the magnitude 200 you would report the electric field to be -3Eo- Ec= -20 to

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Chapter1: Units, Trigonometry. And Vectors
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Three parallel infinite planes of charge per area of +3 \sigma, -2\sigma and +\sigma, as shown.

A
EA =
EB =
+30
Ec=
-20
B
Three parallel infinite planes of charge have charge per area of +30,−20, and +o, as shown. Let us define the symbol En
that is, the magnitude of the electric field due to a single infinite plane with surface charge o. What are the electric fields due
to the 3 planes at points A, B, and C in terms of En ? Let us choose to the right as positive, and to the left as negative. So, for
instance if the electric field is to the left and has the magnitude you would report the electric field to be -3 E-
to
C
HO
Transcribed Image Text:A EA = EB = +30 Ec= -20 B Three parallel infinite planes of charge have charge per area of +30,−20, and +o, as shown. Let us define the symbol En that is, the magnitude of the electric field due to a single infinite plane with surface charge o. What are the electric fields due to the 3 planes at points A, B, and C in terms of En ? Let us choose to the right as positive, and to the left as negative. So, for instance if the electric field is to the left and has the magnitude you would report the electric field to be -3 E- to C HO
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