The figure shows portions of two large, non-conducting sheets, each with a fixed uniform charge on one side. The magnitudes of P;(+) P.(-) the surface charge densities are p,(+) = 5.4 µC /m² for positively charged sheet and p;(-) = 4.3 µC/m² for negatively charged sheet. Find the electric field Ē (a) at the left of the sheets (E1), (b) between the sheets (Eg), and (c) at the right of the sheets (Er).
The figure shows portions of two large, non-conducting sheets, each with a fixed uniform charge on one side. The magnitudes of P;(+) P.(-) the surface charge densities are p,(+) = 5.4 µC /m² for positively charged sheet and p;(-) = 4.3 µC/m² for negatively charged sheet. Find the electric field Ē (a) at the left of the sheets (E1), (b) between the sheets (Eg), and (c) at the right of the sheets (Er).
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Transcribed Image Text:The figure shows portions of two large, non-conducting sheets,
each with a fixed uniform charge on one side. The magnitudes of
the surface charge densities are p, (+) = 5.4 µC /m² for positively
charged sheet and p;(-) = 4.3 µC/m² for negatively charged
sheet. Find the electric field Ē (a) at the left of the sheets (E1), (b)
between the sheets (Eg), and (c) at the right of the sheets (ER).
Ps(+)
Ps(-)
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