e words in the left column to the appropriate blanks in the sentences on the right. Reset Hel are The for K+ is the potential difference across the cell membrane at which the inward potassium ion concentrations would be in equilibrium and there be no net flow across the membrane. weaker The is the actual measured potential difference. outward The two are not equal, so the potassium ion concentrations in equilibrium. stronger Nernst potential The membrane potential is negative, so the membrane electric field points are not The membrane potential is more negative than the Nernst potential, so the membrane electric field is membrane potential than needed to bring the net flow to zero. This electric field drives an ion flow that is larger than the diffuse flow due to the concentration gradient. Thus the net flow is

e words in the left column to the appropriate blanks in the sentences on the right. Reset Hel are The for K+ is the potential difference across the cell membrane at which the inward potassium ion concentrations would be in equilibrium and there be no net flow across the membrane. weaker The is the actual measured potential difference. outward The two are not equal, so the potassium ion concentrations in equilibrium. stronger Nernst potential The membrane potential is negative, so the membrane electric field points are not The membrane potential is more negative than the Nernst potential, so the membrane electric field is membrane potential than needed to bring the net flow to zero. This electric field drives an ion flow that is larger than the diffuse flow due to the concentration gradient. Thus the net flow is

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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Example 9. In an electrolysis experiment, a current was passed for 5 hours through two cells connected in series. The first cell contains a solution of gold salt and the second cell contains copper sulphate solution. 9.85 g of gold was deposited in the first cell. If the oxidation number of gold is +3, find the amount of cop- per deposited on the cathode in the second cell. Also, calculate the magnitude of the current in ampere.
The correctly-calculated value for Ecell in the previous question is lower than the standard cell potential (Eºcell) that you derived from the two half-reactions. Which of the following best explains why the potential for the operating cell was lower than the standard potential? The concentration of the product was much lower than that of reactants The redox reaction is nonspontaneous The redox reaction is spontaneous The concentrations of reactants was much lower than that of the product The stoichiometric coefficient on solid aluminum in the balanced equation is "2".
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b) determine the standard cell potential and if the cell is more or less spontaneous at the non standard conditions
true or false
What can be concluded with the following statements about the Standard Electrode Potential? I. It is temperature-dependent. II. The standard electrode potential is based on the Standard Hydrogen Electrode (SHE). III. A compound/ion with a positive standard electrode potential tends to act as an oxidizing agent. IV. A compound/ion with a negative standard electrode potential tends to act as a reducing agent. -Only one statement is true. -Only two statements are true. -All statements are not true. -One statement is not true. -All statements are true.
Calculate the AG° (in kJ) for the reaction of elemental chlorine with the bromide ion at 298K. Refer to | the standard cell potentials on the last page of the note packet. Selected Answer: -54 A Calculate the AG° (in kJ) for the reaction of elemental chlorine with the bromide ion at 298K. Refer to the standard X cell potentials on the last page of the note packet. Selected Answer: 27.0
please solve
Solve correctly please, stepwise need.
Can i have the table of values for standard electrode potential?