Consider the precipitation of silver chloride by the slow addition of silver nitrate to excess sodium chloride. Indicate the primary absorbed layer ion (first) and the counter ion (second)

A student fins a piece of old concrete that has recently broken off from the curb alongside a road. Describe what she would expect to observe if she sprayed a solution containing phenolphthalein on all the surfaces of this piece of concrete.

Write a chemical equation for the dissolution of mercury(I)chloride in water, and give its solubility product expression.

The molar solubility of zinc carbonate in a water solution is M.

Explain in a few sentences and/or with a diagram all conditions that must be met for a chemical reaction to occur according to collision theory.

What will increase the pH of silver chloride, the addition of: calcium chloride, hydrogen chloride, and calcium nitrate?

The molar solubility of barium phosphate in a 0.212 M ammonium phosphate solution is

Determine precipitation sequence (qualitative). A solution contains 0.15 M sodium hydroxide and 0.15 M sodium cyanide. Solid nickel (II) nitrate is added slowly to this mixture. What ionic compound precipitates first from the solution? Solubility product constant data is found in the Chemistry References. Formula of first precipitate = Hint: It is not necessary to do a calculation here.

For a reaction system at chemical equilibrium that contains a slightly insoluble salt:- the coefficients are always one sp stand for special precipitate KSP always contain the concentration of water as a component KSP always contain the concentration of a solid as a component the reaction is always shifted to the towards the direction for formation of the solid if the concentration of cationic species increases the reaction is always shifted to the towards the direction for formation of the solid if more solid is added to the system the coefficients are not always one sp stand for solubility product (choose all answers that apply)

The molar solubility of silver sulfide in a water solution is M.