Using the following formula, calculate the electrical and chemical potentials for calcium ions across a cellmembrane when the internal concentration of calcium ions is 0.002 mM and the external concentration is 0.0024Mand the membrane potential is -60 mV.R= 8.314 J K mol1: F=96,485 JV1 mol1:T = 37° C.ApCa = RT In ([Ca"Jin/[Ca"]out) + ZFAYFeel free to work the problem on a scrap sheet, and then fill in the answers to the questions below.Express your answers to the nearest tenth of a unit.The chemical potential of calcium ions iskJ/mol.The electrical potential of calcium ions iskJ/mol.The electrochemical potential of calcium ions iskJ/mol.

We need to use the given equation:

Using the following formula, calculate the electrical and chemical potentials for calcium ions across a cell membrane when the internal concentration of calcium ions is 0.002 mM and the external concentration is 0.0024 Mand the membrane potential is -60 mV. R= 8.314 JK' mol1: F=96,485 JV 1 mol1:T 37° C. ApCa = RT In ([Ca"]in/[Ca"Jout) + ZFAY Feel free to work the problem on a scrap sheet, and then fill in the answers to the questions below. Express your answers to the nearest tenth of a unit The chemical potential of calcium ions is kJ/mol. The electrical potential of calcium ions is kJ/mol.

Using the following formula, calculate the electrical and chemical potentials for calcium ions across a cell membrane when the internal concentration of calcium ions is 0.002 mM and the external concentration is 0.0024 Mand the membrane potential is -60 mV. R= 8.314 JK' mol1: F=96,485 JV 1 mol1:T 37° C. ApCa = RT In ([Ca"]in/[Ca"Jout) + ZFAY Feel free to work the problem on a scrap sheet, and then fill in the answers to the questions below. Express your answers to the nearest tenth of a unit The chemical potential of calcium ions is kJ/mol. The electrical potential of calcium ions is kJ/mol.

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Question

Using the following formula, calculate the electrical and chemical potentials for calcium ions across a cell
membrane when the internal concentration of calcium ions is 0.002 mM and the external concentration is 0.0024
Mand the membrane potential is -60 mV.
R= 8.314 J K mol1: F=96,485 JV1 mol1:T = 37° C.
ApCa = RT In ([Ca"Jin/[Ca"]out) + ZFAY
Feel free to work the problem on a scrap sheet, and then fill in the answers to the questions below.
Express your answers to the nearest tenth of a unit.
The chemical potential of calcium ions is
kJ/mol.
The electrical potential of calcium ions is
kJ/mol.
The electrochemical potential of calcium ions is
kJ/mol.

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