0

# 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?

Updated: 4/28/2022

Wiki User

13y ago

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)

Wiki User

13y ago

Earn +20 pts
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?
Submit
Still have questions?
Related questions

### What are the name of separating techniques involving electric charge on molecules?

Gel electrophoresis.

### What is a biosignal?

A biosignal is a signal, usually one of an electric nature, which is of biological origin.

### Where does the energy of a charged capacitor reside?

In the electric field inside the dielectric (or insulating) medium separating the two plates

### How long does it take for an electric car to?

It takes approximately

### Is the Farberware Coffee Maker essentially an electric Percolater?

The Farberware Coffee Maker is exactly the same as an electric Percolater, it just has a different title.

### What is a stator magnet?

Stator magnet is the stationary part of a rotor system or a siren, found in an electric gen.,electric motor, siren, or biological rotors.

### What has the author DO Carpenter written?

D.O Carpenter has written: 'Biological effects of electric and magnetic fields'

### How long is an average electric eel?

On average, approximately 2m.

### What do you use an electric fuel pump for?

You can use an electric fuel pump for changing your gas output into electric so essentially you can make your car its own hybrid car without buying a hybrid.

### What is the average monthly electric bill in MD?

Approximately \$145 monthly.

### Why does an electron stay in an atom instead of separating itself from it?

This is related to the attraction between opposing electric charges: the protons (positive) attract the electrons (negative).

### How can one measure electric flatline?

Electric flatline is essentially a electrical time sequence measurement that is designed when a person demonstrates no heartbeat. This is measured with a machine known as an EKG monitor.