The cell membrane is to be considered a thin layer enveloping a cell. In the static case, the membrane has a charge distribution of -2.5x10−6 C/m2 on the inner surface and +2.5x10−6 C/m2 on the outer surface. [Assume 0 net charge enclosed within the cell from the center to but not including the interior of the cell membrane.] i. Is there any electric field OUTSIDE of the cell? If non-zero, calculate the electric field magnitude. ii. Is there any electric field within the cell membrane? If non-zero, calculate the electric field magnitude.
The cell membrane is to be considered a thin layer enveloping a cell. In the static case, the membrane has a charge distribution of -2.5x10−6 C/m2 on the inner surface and +2.5x10−6 C/m2 on the outer surface. [Assume 0 net charge enclosed within the cell from the center to but not including the interior of the cell membrane.] i. Is there any electric field OUTSIDE of the cell? If non-zero, calculate the electric field magnitude. ii. Is there any electric field within the cell membrane? If non-zero, calculate the electric field magnitude.
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The cell membrane is to be considered a thin layer enveloping a cell. In the static case, the membrane has a charge distribution of -2.5x10−6 C/m2 on the inner surface and +2.5x10−6 C/m2 on the outer surface. [Assume 0 net charge enclosed within the cell from the center to but not including the interior of the cell membrane.] i. Is there any electric field OUTSIDE of the cell? If non-zero, calculate the electric field magnitude.
ii. Is there any electric field within the cell membrane? If non-zero, calculate the electric field magnitude.
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