calculated the following constants for the Aplysia giant cell: [Na*]o = 337 mM [Na*] = 50 mM [Na'] [K*] = 168 mM = 41 mM [K*] = 6 mM %3D [CI]. = 340 mM [CI-] and for the cell (resting) membrane Pk: PNa : Pci = 1.0 :0.019 : 0.381 what is the resting potential predicted by Goldman? b) What would be the effect on resting Vm of a ten-fold increase in external K* concentration?
calculated the following constants for the Aplysia giant cell: [Na*]o = 337 mM [Na*] = 50 mM [Na'] [K*] = 168 mM = 41 mM [K*] = 6 mM %3D [CI]. = 340 mM [CI-] and for the cell (resting) membrane Pk: PNa : Pci = 1.0 :0.019 : 0.381 what is the resting potential predicted by Goldman? b) What would be the effect on resting Vm of a ten-fold increase in external K* concentration?
Principles of Instrumental Analysis
7th Edition
ISBN:9781305577213
Author:Douglas A. Skoog, F. James Holler, Stanley R. Crouch
Publisher:Douglas A. Skoog, F. James Holler, Stanley R. Crouch
Chapter25: Voltammetry
Section: Chapter Questions
Problem 25.13QAP
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![calculated the following constants
for the Aplysia giant cell:
[Na*]o = 337 mM
[Na*] = 50 mM
[Na']
[K*] = 168 mM
= 41 mM
[K*]
= 6 mM
%3D
[CI].
= 340 mM
[CI-]
and for the cell (resting) membrane
Pk: PNa : Pci = 1.0 :0.019 : 0.381
what is the resting potential predicted by Goldman?
b) What would be the effect on resting Vm of a ten-fold increase in
external K* concentration?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa317ddd6-71e8-4566-a588-c53c6034ba7c%2F0c094b9d-4219-4fcd-8f9e-8dd1eada9f0c%2Fou7ubt.jpeg&w=3840&q=75)
Transcribed Image Text:calculated the following constants
for the Aplysia giant cell:
[Na*]o = 337 mM
[Na*] = 50 mM
[Na']
[K*] = 168 mM
= 41 mM
[K*]
= 6 mM
%3D
[CI].
= 340 mM
[CI-]
and for the cell (resting) membrane
Pk: PNa : Pci = 1.0 :0.019 : 0.381
what is the resting potential predicted by Goldman?
b) What would be the effect on resting Vm of a ten-fold increase in
external K* concentration?
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