Please use the nernst equation to genereate the Ion Selective Electrode Analysis standard curve within my excel spread sheet. Nernst Equation: E = Eo + m (ln a) Link: https://mnscu-my.sharepoint.com/:x:/g/personal/vi2163ss_go_minnstate_edu/EaREe1-PfGNKq1Cbink6kkYB5lBy05hEaE3mbGPUb22S6w?rtime=zQaSX3xY3Ug

Please use the nernst equation to genereate the Ion Selective Electrode Analysis standard curve within my excel spread sheet. Nernst Equation: E = Eo + m (ln a) Link: https://mnscu-my.sharepoint.com/:x:/g/personal/vi2163ss_go_minnstate_edu/EaREe1-PfGNKq1Cbink6kkYB5lBy05hEaE3mbGPUb22S6w?rtime=zQaSX3xY3Ug

Appl Of Ms Excel In Analytical Chemistry

2nd Edition

ISBN:9781285686691

Author:Crouch

Publisher:Crouch

Chapter10: Potentiometry And Redox Titrations

Section: Chapter Questions

Problem 3P

See similar textbooks

Similar questions

1
The standard potential of the cell calomel || nonesuch composed of a calomel electrode and a nonesuch electrode is -1978 mV at 25oC. Find the standard potential of the nonesuch electrode at 25oC.[-1.710] The answer is enclosed in the bracket, I would like to know how it was obtained. Thank you!
What is the schematic representation of a cell with a saturated calomel electrode as the reference electrode and a silver indicator electrode to measure the p-function of [CrO4²-]? SCE | Ag2CrO4(sat'd), CrO42-(x M)| Ag O SCE || Ag2 CrO4(s), CrO4²-(x M)| Ag SCE ||Ag2 CrO4(sat'd), CrO4²-(x M) | Ag SCE || Ag2CrO4(s), CrO4²-(x M) | Ag
At 25C, you conduct a titration of 20.00 mL of a 0.0400 M AgNO3 solution with a 0.050 M NaI solution within the following cell: Saturated Calomel Electrode | Titration solution | Ag(s) for the cell as writted, what is the voltage after the addition of 10.00 mL of the NaI sooution? The reduction potential for the saturated calomel electrode is E=0.241 V. The standard reduction potential for the reaction: Ag++e- ® Ag(s) E0= 0.79993V. The solubility constant of AgI is Ksp=8.3x10-17 Note: the cell potential could be negative since the condditions are non-standard ones. a)0.169 b)0.354 c)0.235 d)2.360 e)0.441
Calculate the standard cell potential for the following electrochemical reaction. Use the values from Table 20.1 (p .909) in the text. Mn2+(aq) + Sn²+(aq) Mn(s) + Snª+(aq) Answer:
Chem101 b My Questions | bartleby à app.101edu.co Question 14 of 20 * What is E° for the cell Mn | Mn2*(aq) || Ag*(aq) | Ag? Standard Reduction E° (V) Potentials | v Ag+(aq) + e Ag(s) +0.80 1 Mn2+(aq) + 2e- Mn(s) -1.18 7 8 +/- MacBook Pro
A fluoride ion-selective electrode has a selectivity coefficient Kot F, OH- = 0.1. What will be the change in electrode potential when the pH of 1.0 X 10-4 M solution of F is raised from pH = 5.5 to pH= 11.5. The potential of an ion-selective electrode is 0.05916 E= constant + B log(IA]sample + E KAI'[!) where: z = -1 for fluoride ion and assume B = 1. Express your answer in units of Volt. Do not write down the unit.
solve very very fast in 15 min | I need a clear answer by hand, not by keyboard
show-all-working-explaining-detailly-each-step. Answer should be typewritten using a computer keyboard
The concentration of H2S in wastewater samples was determined by coulometric titration using Kl as mediator and I3 as "titrant". standard concentration Peak area (a.u) (ppm) 50 8354 100 16925 150 25218 200 33584 250 42002 A 50 ml wastewater sample was placed in a coulometric cell, added with excess Kl and starch indicator. Electrolysis was carried out at a constant current of 84.6 mA for 386 s to reach the end point of the titration. What is the concentration of H2S in the sample (in ppm)?
Number 1.
The moving boundary method was applied to a solution of GdCl3 33.27 mmol/L at 25°C using LiCl. Using a current of 5.594 mA, it takes 4406 seconds for the solution boundary to move between the two tube boundaries used in this method. The volume between these limits is 1.111 mL. Calculate t+ and t-