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Your question is incomplete. They should also give you the thickness of the membrane.

Potential Difference is

V = E (distance between two points in an electric field)

E= thickness of th membrane

Therefore V = E(7.8)

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13y ago
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AnswerBot

2mo ago

The electric field within the membrane of a biological cell is approximately 7.8 MV/m and is uniform, meaning it has the same strength and direction throughout. This electric field plays a crucial role in various cellular processes such as ion transport and cell signaling. Maintaining this electric field is essential for proper cellular function and communication.

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Q: The electric field within the membrane separating the inside and outside of a biological cell is approximately 7.8 rm MVm and is essentially uniform?
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