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18 Nov 2019
Please answer and explain!
Thermodynamics of Equilibrium: Calculating the Value of Keq Some ionic compounds are not very soluble in water As a result, they come to equlibrium before very much of the solid has dissolved. This means that they have small Note: When an ionic compound dissolves in water, it typically does not react chemically with the molecule of water. Instead, the water acts to hydrate the ions, releasing them from the solid lattice into the solution as aqueous ions. AgCl(s) = Ag+ (aq) + Cr(aq) Compound or Jonp (in kal/mol)e in 3/molk) Agci (s) Ag (aq) 127.0 105.79 167.1 96.3 73.45 56.6 Using the table ofane and Ssvalues, calculate the aP at 36.3oC. Then calculate and record the value of the equitrum constant for this reaction at 3630.
Please answer and explain!
Thermodynamics of Equilibrium: Calculating the Value of Keq Some ionic compounds are not very soluble in water As a result, they come to equlibrium before very much of the solid has dissolved. This means that they have small Note: When an ionic compound dissolves in water, it typically does not react chemically with the molecule of water. Instead, the water acts to hydrate the ions, releasing them from the solid lattice into the solution as aqueous ions. AgCl(s) = Ag+ (aq) + Cr(aq) Compound or Jonp (in kal/mol)e in 3/molk) Agci (s) Ag (aq) 127.0 105.79 167.1 96.3 73.45 56.6 Using the table ofane and Ssvalues, calculate the aP at 36.3oC. Then calculate and record the value of the equitrum constant for this reaction at 3630.
Collen VonLv2
1 Apr 2019