Show all calculation steps to receive full credits For reference, the Nernst equation Ex = 60/z log10 ([X1]/[X2]) Imagin
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Show all calculation steps to receive full credits For reference, the Nernst equation Ex = 60/z log10 ([X1]/[X2]) Imagin
solutions? (show all calculation steps to receive full credits, (5 pts) (b) If the barrier were suddenly made permeable to both Na* and CI as well as water, what would be the final volumes and concentrations of the 2 compartments' solutions? (5 pts) ove - (c) If the barrier were suddenly made permeable to just Nat, what voltage would develop across the barrier (show all the steps)? (5 pts) For the toolbar, press ALT+F10 (PC) or ALT+FN+F10 (Mac).
Show all calculation steps to receive full credits For reference, the Nernst equation Ex = 60/z log10 ([X1]/[X2]) Imagine you have two compartments at room temperature separated by a flexible barrier. Compartment 1 contains 200ml of 200 mM NaCl, and compartment 2 contains 200 ml of 20 mM NaCl NaCl. To pones (a) If the barrier between the 2 compartments were suddenly made permeable to just water, what would be the final volumes and concentrations of the 2 compartments'