A free energy calculationfor transport is calculated as AGirans = (0.00831 kJmol-K-) (37 + 273) K In1M) + (-2) (96.5 kJ mol"V-1) (0.150 V) %3D 6.00-10M For which situation does this equation correctly describe the transport? Ca** transported from 12.1 mM to 0.600 mM across a membrane potential of 150 mV, final compartment negative relative to the initial. HPO, transported from 0.600 mM to 12.1 mM across a membrane potential of 150 mV, final compartment negative relative to the initial. HPO, transported from 12.1 mM to 0.600 mM across a membrane potential of 150 mV, final compartment negative relative to the initial. HPO, transported from 0.600 mM to 12.1 mM across a membrane potential of 150 mV, final compartment positive relative to the initial. Ca++ transported from 0.600 mM to 12.1 mM across a membrane potential of 150 mV, final compartment negative relative to the initial.
A free energy calculationfor transport is calculated as AGirans = (0.00831 kJmol-K-) (37 + 273) K In1M) + (-2) (96.5 kJ mol"V-1) (0.150 V) %3D 6.00-10M For which situation does this equation correctly describe the transport? Ca** transported from 12.1 mM to 0.600 mM across a membrane potential of 150 mV, final compartment negative relative to the initial. HPO, transported from 0.600 mM to 12.1 mM across a membrane potential of 150 mV, final compartment negative relative to the initial. HPO, transported from 12.1 mM to 0.600 mM across a membrane potential of 150 mV, final compartment negative relative to the initial. HPO, transported from 0.600 mM to 12.1 mM across a membrane potential of 150 mV, final compartment positive relative to the initial. Ca++ transported from 0.600 mM to 12.1 mM across a membrane potential of 150 mV, final compartment negative relative to the initial.
Human Physiology: From Cells to Systems (MindTap Course List)
9th Edition
ISBN:9781285866932
Author:Lauralee Sherwood
Publisher:Lauralee Sherwood
Chapter3: The Plasma Membrane And Membrane Potential
Section: Chapter Questions
Problem 2SQE: One of the important uses of the Nernst equation is in describing the flow of ions across plasma...
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