Explain the electrode has an ideal nernstian slope

Reference no: EM13716530

Problem- A solution of I- gives 301.0 mV in a cell with an iodide ion selective electrode. 10.0 mL of the solution is mixed with 3.00 mL of 1.00 x10^-6 M AgNO3, and the Ag is completely precipitated as AgI. The cell then gives 310.2 mV. Assume the electrode has an ideal Nernstian slope for I- at 25 C. what was the original concentraion of I-?

Please perform what you can and illustrate your work so I can follow. Thanks

Reference no: EM13716530

Questions Cloud

Explain robust environment for the software development : Which system of software development does you think will create a more robust environment for the development and distribution of software.

Calculate the mass of fe2s3 : When a sample of H2S gas produced according to the equation was collected over water at 25 oC the pressure of gas above the water was 0.997 atm and its volume was 6380 mL. Calculate the mass (g) of Fe2S3 that reacted. Be sure to consider the vapor..

Explain the inventory management of organizations : Include a discussion on how information technology can be used with the identified model to help services organizations to create a competitive advantage through inventory management.

Explain the homogeneous first order equations : Homogeneous first order equations. Need step by step manipulation of these numbers from beginning to end. I have a horrible math teacher and a test on Homogeneous first order equations.

Explain the electrode has an ideal nernstian slope : A solution of I- gives 301.0 mV in a cell with an iodide ion selective electrode. 10.0 mL of the solution is mixed with 3.00 mL of 1.00 x10^-6 M AgNO3, and the Ag is completely precipitated as AgI. The cell then gives 310.2 mV. Assume the electrod..

Calculate mass of hno3 in a mixture of no : Calculate mass (g) of HNO3 in a 431.2 g mixture that produced 27.8 L of NO with a total pressure of 0.972 atm at 20 oC. Use the balanced equation. The only source of NO in the mixture is HNO3.

Describe co in a cylinder with a moveable piston : A sample of CO in a cylinder with a moveable piston has a 5320 torr pressure at a temperature of 124 Â°C when the volume is 4800 mL.

Calculate the volume of gas present changed : Calculate the volume (L) of gas present if the temperature and pressure are changed to standard temperature (0 Â°C) and pressure (1.00 atm).

Determine the amount of salt in the tank : Find the amount of salt in the tank after 5 minutes? Solve Using Differential Equations, show ro and any equations used please.

User Account

All Pages