Don't need help on #2 just #6. I put #2 in for reference but I have no idea where to start on #6 2) Let n represent the number of cycles, as defined in problem 1. In addition, let No and K, represent theinitial number of Nat and K* ions, respectively, inside the cell before the first cycle starts. Complete thefollowing table to derive equations for the number of Nat and Kt ions remaining inside the cell after ncycles.Number of Na+ ionsNumber of K* ions1N. - 3No- 6No- 9No-12No-3(-15 )No - 3(-18)K, +2Ko+4Ko+6K, +8K, +2(10)Ko + 2(12)2.346.After n cycles, the number of Nat ions inside the cell is N(n) =No- 3n%3Dand thenumber of K+ ions inside the cell is K(n) = __K, + 2n%3D 6) Is it possible for the number of Nat and K+ ions to be the same if No= 103 and Ko= 15? Explain.%3DWrite an eauation for Nas a funetion of K. that is is the denendent variahle and K is the indenendent4X English (United States)807 wordsFocus 目昆市圳 -

The sodium and chloride ion concentrations are lower inside the cell than outside, and the potassium…

Answered: Is it possible for the number of Nat…

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Is it possible for the number of Nat and K+ ions to be the same if No= 103 and Ko= 15? Explain %3D

Chemical Principles in the Laboratory

11th Edition

ISBN:9781305264434

Author:Emil Slowinski, Wayne C. Wolsey, Robert Rossi

Publisher:Emil Slowinski, Wayne C. Wolsey, Robert Rossi

Chapter32: Voltaic Cell Measurements

Section: Chapter Questions

Problem 2ASA

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Don't need help on #2 just #6. I put #2 in for reference but I have no idea where to start on #6

2) Let n represent the number of cycles, as defined in problem 1. In addition, let No and K, represent the
initial number of Nat and K* ions, respectively, inside the cell before the first cycle starts. Complete the
following table to derive equations for the number of Nat and Kt ions remaining inside the cell after n
cycles.
Number of Na+ ions
Number of K* ions
1
N. - 3
No- 6
No- 9
No-12
No-3(-15 )
No - 3(-18)
K, +2
Ko+4
Ko+6
K, +8
K, +2(10)
Ko + 2(12)
2.
3
4
6.
After n cycles, the number of Nat ions inside the cell is N(n) =
No- 3n
%3D
and the
number of K+ ions inside the cell is K(n) = __K, + 2n
%3D

6) Is it possible for the number of Nat and K+ ions to be the same if No= 103 and Ko= 15? Explain.
%3D
Write an eauation for Nas a funetion of K. that is is the denendent variahle and K is the indenendent
4X English (United States)
807 words
Focus 目昆市圳 -

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