5.The solubility product, Kap, of sparingly soluble salt with the formula M2X (where M is monovalent) in pure water is 1.1 x 10-12 at 25°C. a. Write the equation for the dissolution of M>X as well as the solubility product of it. b. Calculate the solubility(s)of this salt. c. The molar mass of the salt is 332 g/mol and X is the chromate ion. Calculate the atomic mass of the metal. d. Identify the metal. Write the formula of the salt. e. Discuss what will happen if the temperature of the previous system was increased up to 50°C then decrease to 15°C.
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5.The solubility product, Kap, of sparingly soluble salt with the formula M2X (where M is monovalent) in pure water is 1.1 x 10-12 at 25°C. a. Write the equation for the dissolution of M>X as well as the solubility product of it.
b. Calculate the solubility(s)of this salt.
c. The molar mass of the salt is 332 g/mol and X is the chromate ion. Calculate the
d. Identify the metal. Write the formula of the salt.
e. Discuss what will happen if the temperature of the previous system was increased up to 50°C then decrease to 15°C.
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