Explain the experimental value of the solubility

Reference no: EM13322344

An experimental cell is set up such that one half cell contains a saturated solution of silver oxalate with an oxalate ion concentration of 0.50 M. This half cell is connected to a SHE half-cell. The measured potential for this cell is 0.476 V at 25 degree C. What is the experimental value of the solubility constant for silver oxalate?

Reference no: EM13322344

Questions Cloud

How much oil spills : A copper flask with a volume of 80 cm^3 is filled to the brim with olive oil. If the temp of the system is increased from 8C to 52C, how much oil spills

Simulate the game of yahtzee : After displaying the possible scores for each category, ask the user which score to keep (it might not be the largest). Once the box is filled, it cannot be scored again.

Find how much work is done on the system : A cylnder holds .5 moles of an ideal gas at temp 334K. The gas expands isothermally from an initail volume of .03 m^3 to a final volume of .4m^3

Compute the after-tax cost : Assuming a 25 percent tax rate, compute the after-tax cost of the following business expenditures.

Explain the experimental value of the solubility : This half cell is connected to a SHE half-cell. The measured potential for this cell is 0.476 V at 25 degree C. What is the experimental value of the solubility constant for silver oxalate

How much heat flows through the two rods : Two metal rods, silver and copper, are attached to a steam chamber with a temp 100 C, at one end and an ice bath ( 0 C ) at the other end. How much heat flows through the two rods in 60s

Compute the number of moles of copper oxidized : Calculate the number of moles of copper oxidized and moles of electrons that passed through the cell. Calculate the total charge (coulombs) that passed through the cell.

Exchange rates relative to the transaction : Exchange rates relative to the transaction

Determine the bottom slope necessary for uniform flow : A flow of 0.1 cum/s flows down in a rectangular channel of width of 0.6m and having and adjustable bottom slope. If chezys constant C is 56, determine the bottom slope necessary for uniform flow with a depth of flow 0.3m.

User Account

All Pages