Assume the following concentration values (in millimolar) have been calculated for a d) human being's (warm-blooded) muscle cell: [K*]in= 145 ; [Na*]in = 71 ; [CI"]in = 49 ; GK = 0.68 µS, GNa = 0.22 µS, Gci = 0.38 µs [K*]out = 13 ; [Na*]out = 359 ; [CI]out = 329 ; %3! %3D Calculate the resting potential of the cell?
Assume the following concentration values (in millimolar) have been calculated for a d) human being's (warm-blooded) muscle cell: [K*]in= 145 ; [Na*]in = 71 ; [CI"]in = 49 ; GK = 0.68 µS, GNa = 0.22 µS, Gci = 0.38 µs [K*]out = 13 ; [Na*]out = 359 ; [CI]out = 329 ; %3! %3D Calculate the resting potential of the cell?
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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![Assume the following concentration values (in millimolar) have been calculated for a
d)
human being's (warm-blooded) muscle cell:
[K*]in= 145 ;
[Na*Jin = 71 ;
[CI"]in = 49
GK = 0.68 µS, GNa = 0.22 µS, Gci = 0.38 µS
[K*]out = 13 ;
[Na*]out = 359 ;
[CI]out = 329 ;
Calculate the resting potential of the cell?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa9614a1f-4657-47ce-ad9f-4565e66c1f11%2Fb5e23fff-7304-4c63-8ef8-1422fa13c058%2Fvj2k16u_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Assume the following concentration values (in millimolar) have been calculated for a
d)
human being's (warm-blooded) muscle cell:
[K*]in= 145 ;
[Na*Jin = 71 ;
[CI"]in = 49
GK = 0.68 µS, GNa = 0.22 µS, Gci = 0.38 µS
[K*]out = 13 ;
[Na*]out = 359 ;
[CI]out = 329 ;
Calculate the resting potential of the cell?
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