Ask a New Question

Question

Calculate the maximum concentrations of Pb+ that can exist in 3.0 x 10(-2)M Na2SO4 without forming a precipitate.
17 years ago

Answers

DrBob222
PbSO4==>Pb^+2 + SO4^=

Ksp = (Pb^+2)(SO4^=)

Look up Ksp for PbSO4. Plug in SO4^= from Na2SO4 and calculate (Pb^+2) which will be equal to (PbSO4). Post your work if you get stuck.
17 years ago

Related Questions

Calculate the maximum acc. of a car that is heading up a 4 degree slope. Assume that only half the w... calculate the minimum concentration of ag+ ion that must be added to (or built up in) a 0.140 m Na2C... calculate the initial concentration of SCN- ions and Fe3+ ions when a solution was prepared by mixin... How to calculate the maximum vertical component of the force in rope BC when the force in rope is 40... calculate the initial concentration of HCOONa you would add to 0.10M HCOOH to make a buffer with a p... Calculate the [MnO4-] concentration of the diluted sample when the sample is prepared in the followi... calculate the percent concentration of each of the following solutions 1. 2.78g of NaHCO3 dissolv... Calculate the percent concentration of 3.25ml of H2SO4 dissolve in 68.0ml water Calculate the initial concentration of a reactant if it took 4.7 minutes for it to reach a final con... How do I calculate the maximum altitude reached by a rocket launched at an angle?
Ask a New Question
Archives Contact Us Privacy Policy Terms of Use