Explain equilibrium molar concentrations of ha species

Reference no: EM13174831

In an aqueous solution that contains 285 mg of trichloroacetic acid (HA), Cl3CCOOH (163.4 g/mol) in 10.0 ml. Calculate:

1) Analytical molar concentrations of HA species

2) Equilibrium molar concentrations of HA species. Trichloroacetic acid (HA) is 73% ionized in water

Reference no: EM13174831

Questions Cloud

Which compound will begin to precipitate first : solid NaI is slowly added to a solution that is 0.010 M in Cu+ and 0.010 M in Ag+. which compound will begin to precipitate first?

Exaggerate the firm''s profit or costs : what you must give up to get something; what you are willing to give up to get it. the amount of money that you pay on the margin; the amount of money that you receive on the margin. what you are willing to give up to get it; what you must give up to..

Write the equilibrium constant expression kc : Write the equilibrium constant expression, Kc , for the following chemical reaction.

Explain equilibrium molar concentrations of ha species : Analytical molar concentrations of HA species 2) Equilibrium molar concentrations of HA species. Trichloroacetic acid (HA) is 73% ionized in water

Deal in probability and plausibility : Philosophical questions are conceptual in nature;_____ deal in probability and plausibility rather than absolute truth and falsehood.

Calculate the molarity of the sodium edta solution for each : Using the volumes of sodium EDTA solution you just entered and the corresponding calcium carbonate masses entered earlier, calculate the molarity of the sodium EDTA solution for each trial.

Explain analytical molar concentrations of ha species : In an aqueous solution that contains 285 mg of trichloroacetic acid (HA), Cl3CCOOH (163.4 g/mol) in 10.0 ml. Calculate: 1) Analytical molar concentrations of HA species

How many moles of gas did the system gain or lose : A gas occupies 22.4 L at STP and 14.5L at 100 C and 2.00 atm pressure. how many moles of gas did the system gain or lose?

User Account

All Pages