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For the dissociation of an electrolyte AxBy, Ksp is given as [Ay+]x[Bx+]y. What is Ksp?
- a)solubility product
- b)soluble product
Correct answer is option 'A'. Can you explain this answer?
Verified Answer
For the dissociation of an electrolyte AxBy, Kspis given as [Ay+]x[Bx+...
Solubility product Ksp is defined as the product of the concentrations of the ions of the salt in its standard solution at a given temperature raised to the power of the ions produced by the dissociation of 1 mole of the salt.
Most Upvoted Answer
For the dissociation of an electrolyte AxBy, Kspis given as [Ay+]x[Bx+...
Explanation:
b) Solubility Product:
- Ksp stands for the solubility product constant.
- It is the equilibrium constant for a solid substance dissolving in an aqueous solution to form a saturated solution.
a) Soluble Product:
- For the dissociation of an electrolyte AxBy, the solubility product expression is given as [Ay]x[Bx]y.
- Here, [Ay] and [Bx] represent the concentrations of the ions produced when the electrolyte dissociates.
- The product of these ion concentrations raised to their respective stoichiometric coefficients gives the value of Ksp.
Conclusion:
- Therefore, Ksp refers to the solubility product constant, which is determined by the concentrations of the ions produced when an electrolyte dissociates in a solution.
b) Solubility Product:
- Ksp stands for the solubility product constant.
- It is the equilibrium constant for a solid substance dissolving in an aqueous solution to form a saturated solution.
a) Soluble Product:
- For the dissociation of an electrolyte AxBy, the solubility product expression is given as [Ay]x[Bx]y.
- Here, [Ay] and [Bx] represent the concentrations of the ions produced when the electrolyte dissociates.
- The product of these ion concentrations raised to their respective stoichiometric coefficients gives the value of Ksp.
Conclusion:
- Therefore, Ksp refers to the solubility product constant, which is determined by the concentrations of the ions produced when an electrolyte dissociates in a solution.
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For the dissociation of an electrolyte AxBy, Kspis given as [Ay+]x[Bx+]y. What is Ksp?a)solubility productb)soluble productCorrect answer is option 'A'. Can you explain this answer?
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