As time goes on, what happens to the potential difference across the membrane of this single segment? As time goes on, what happens to the potential difference across the membrane of this single segment? It increases linearly toward its maximum value. It increases exponentially toward its maximum value. It increases, but asymptotes at its maximum value. It decreases linearly toward its minimum value. It exponentially decays to its minimum value. It decreases, but asymptotes at its mimimum value.

Question

Layton Dalton

Biology

8 January, 17:16

As time goes on, what happens to the potential difference across the membrane of this single segment? As time goes on, what happens to the potential difference across the membrane of this single segment? It increases linearly toward its maximum value. It increases exponentially toward its maximum value. It increases, but asymptotes at its maximum value. It decreases linearly toward its minimum value. It exponentially decays to its minimum value. It decreases, but asymptotes at its mimimum value.

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Answers (1)

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Libby Fitzpatrick · Answer 1

Option - E

As time goes on, what happens to the potential difference across the membrane of this single segment exponentially decays to its minimum value

Explanation:

The membrane is comprised of a very specific manner of the chemicals and organelles which focuses on the improvement of the whole process, or mechanism of the materials transportation across the membrane.