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A aqueous solution of which of the following sulphide would contain maximum concentration is s2-ions? 1)mns(ksp=1.1×10-21) 2)zns(ksp=1.1×10-23) 3)pbs(ksp=1.1×10-35) 4)cus(ksp=1.1×10 -30)?
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A aqueous solution of which of the following sulphide would contain ma...
Introduction:
In this question, we need to determine which aqueous solution would contain the maximum concentration of S2- ions. To do this, we will compare the solubility product constants (Ksp) of the given sulfides and identify the one with the highest value.
Explanation:
The solubility product constant (Ksp) is an equilibrium constant that represents the extent to which a sparingly soluble compound dissociates into its ions in a solution. The higher the Ksp value, the more soluble the compound is in water, resulting in a higher concentration of ions.
We are given four sulfides: Mns, Zns, Pbs, and Cus. We will compare their Ksp values to determine which sulfide would yield the maximum concentration of S2- ions.
Comparison of Ksp values:
1) Mns (Ksp = 1.1×10^-21): This indicates that Mns is sparingly soluble in water, resulting in a low concentration of S2- ions.
2) Zns (Ksp = 1.1×10^-23): Zns is also sparingly soluble, but its Ksp value is lower than that of Mns. Therefore, the concentration of S2- ions in Zns solution would be lower than in Mns solution.
3) Pbs (Ksp = 1.1×10^-35): The Ksp value of Pbs is significantly lower than the previous two sulfides. This indicates that Pbs is less soluble in water, resulting in an even lower concentration of S2- ions.
4) Cus (Ksp = 1.1×10^-30): Among the given sulfides, Cus has the highest Ksp value. This suggests that Cus is the most soluble in water, leading to the highest concentration of S2- ions in its solution.
Conclusion:
Based on the comparison of Ksp values, the aqueous solution of Cus would contain the maximum concentration of S2- ions.
In this question, we need to determine which aqueous solution would contain the maximum concentration of S2- ions. To do this, we will compare the solubility product constants (Ksp) of the given sulfides and identify the one with the highest value.
Explanation:
The solubility product constant (Ksp) is an equilibrium constant that represents the extent to which a sparingly soluble compound dissociates into its ions in a solution. The higher the Ksp value, the more soluble the compound is in water, resulting in a higher concentration of ions.
We are given four sulfides: Mns, Zns, Pbs, and Cus. We will compare their Ksp values to determine which sulfide would yield the maximum concentration of S2- ions.
Comparison of Ksp values:
1) Mns (Ksp = 1.1×10^-21): This indicates that Mns is sparingly soluble in water, resulting in a low concentration of S2- ions.
2) Zns (Ksp = 1.1×10^-23): Zns is also sparingly soluble, but its Ksp value is lower than that of Mns. Therefore, the concentration of S2- ions in Zns solution would be lower than in Mns solution.
3) Pbs (Ksp = 1.1×10^-35): The Ksp value of Pbs is significantly lower than the previous two sulfides. This indicates that Pbs is less soluble in water, resulting in an even lower concentration of S2- ions.
4) Cus (Ksp = 1.1×10^-30): Among the given sulfides, Cus has the highest Ksp value. This suggests that Cus is the most soluble in water, leading to the highest concentration of S2- ions in its solution.
Conclusion:
Based on the comparison of Ksp values, the aqueous solution of Cus would contain the maximum concentration of S2- ions.
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A aqueous solution of which of the following sulphide would contain ma...
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A aqueous solution of which of the following sulphide would contain maximum concentration is s2-ions? 1)mns(ksp=1.1×10-21) 2)zns(ksp=1.1×10-23) 3)pbs(ksp=1.1×10-35) 4)cus(ksp=1.1×10 -30)?
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A aqueous solution of which of the following sulphide would contain maximum concentration is s2-ions? 1)mns(ksp=1.1×10-21) 2)zns(ksp=1.1×10-23) 3)pbs(ksp=1.1×10-35) 4)cus(ksp=1.1×10 -30)? for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about A aqueous solution of which of the following sulphide would contain maximum concentration is s2-ions? 1)mns(ksp=1.1×10-21) 2)zns(ksp=1.1×10-23) 3)pbs(ksp=1.1×10-35) 4)cus(ksp=1.1×10 -30)? covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A aqueous solution of which of the following sulphide would contain maximum concentration is s2-ions? 1)mns(ksp=1.1×10-21) 2)zns(ksp=1.1×10-23) 3)pbs(ksp=1.1×10-35) 4)cus(ksp=1.1×10 -30)?.
A aqueous solution of which of the following sulphide would contain maximum concentration is s2-ions? 1)mns(ksp=1.1×10-21) 2)zns(ksp=1.1×10-23) 3)pbs(ksp=1.1×10-35) 4)cus(ksp=1.1×10 -30)? for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about A aqueous solution of which of the following sulphide would contain maximum concentration is s2-ions? 1)mns(ksp=1.1×10-21) 2)zns(ksp=1.1×10-23) 3)pbs(ksp=1.1×10-35) 4)cus(ksp=1.1×10 -30)? covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A aqueous solution of which of the following sulphide would contain maximum concentration is s2-ions? 1)mns(ksp=1.1×10-21) 2)zns(ksp=1.1×10-23) 3)pbs(ksp=1.1×10-35) 4)cus(ksp=1.1×10 -30)?.
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