- A Solution Initially Contained 39 G L Of Co32 And 15 G L Of Mg2 When Equilibrium Is Finally Reached What Will Be The 1 (129.65 KiB) Viewed 15 times
A solution initially contained 39 g/L of CO32- and 15 g/L of Mg2+. When equilibrium is finally reached what will be the
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A solution initially contained 39 g/L of CO32- and 15 g/L of Mg2+. When equilibrium is finally reached what will be the
A solution initially contained 39 g/L of CO32- and 15 g/L of Mg2+. When equilibrium is finally reached what will be the concentration of CO32-? Assume ionic strength is 0.24 M. MgCO3 Mg2+ + CO²- Given: The Davis equation: √T logy=-Az¹ 1+√7 where A=0.5 and 1=0.5ΣC, (z,)² Ks=1.15 x 10-5 The concentration of CO32- at equilibrium M. A water solution of MgSO4 has a concentration of 5% by weight, calculate the concentration in units of: a. Concentration in Molar = b. Concentration in ppb = c. Concentration in mg/L as CaCO3= d. Concentration in mole fraction= (Hint: Molarity of pure water is approximately 55.51 M)