Calculate the membrane potential caused by the different concentrations of an ionic element on either side of the membrane. Assume all ions are singly charged (z = 1). The concentration outside is 11 and that inside is 150 Give your answer in milliVolts (mV). Make sure you include the sign. The temperature T is 300k. You will need to look up the values of Boltmann's constant kB and the charge on the electron.
Calculate the membrane potential caused by the different concentrations of an ionic element on either side of the membrane. Assume all ions are singly charged (z = 1). The concentration outside is 11 and that inside is 150 Give your answer in milliVolts (mV). Make sure you include the sign. The temperature T is 300k. You will need to look up the values of Boltmann's constant kB and the charge on the electron.
Chapter21: Potentiometry
Section: Chapter Questions
Problem 21.11QAP
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Calculate the membrane potential caused by the different concentrations of an ionic element on either side of the membrane. Assume all ions are singly charged (z = 1).
The concentration outside is 11 and that inside is 150
Give your answer in milliVolts (mV). Make sure you include the sign.
The temperature T is 300k. You will need to look up the values of Boltmann's constant kB and the charge on the electron.
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