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Which of the following will give maximum type of cation in water? 1 KCl.MgCl2.6H2O 2 K4(Fe(CN)6) 3 K3(Fe(CN)6) 4 (Ag(CN)2)-?
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Which of the following will give maximum type of cation in water? 1 KC...
Maximum Type of Cation in Water
K3(Fe(CN)6) will give the maximum type of cation in water.
Explanation:
1. KCl.MgCl2.6H2O:
- This compound contains K+ and Mg2+ cations, but they are not highly dissociated in water.
- The presence of Cl- anions can also interfere with the dissociation of cations.
2. K4(Fe(CN)6):
- This compound contains K+ cations and Fe(CN)64- anions.
- The dissociation of K+ cations in water is limited due to the presence of Fe(CN)64- anions, which can form complex ions with K+.
3. K3(Fe(CN)6):
- This compound contains K+ cations and Fe(CN)63- anions.
- The dissociation of K+ cations in water is not limited by the presence of Fe(CN)63- anions, which do not form complex ions with K+.
- Therefore, K+ cations are highly dissociated in water in this compound.
4. (Ag(CN)2)-:
- This compound contains Ag+ cations and CN- anions.
- The dissociation of Ag+ cations in water is limited due to the presence of CN- anions, which can form complex ions with Ag+.
- Additionally, the toxicity of Ag+ ions makes this compound less desirable for use in aqueous solutions.
In summary, K3(Fe(CN)6) will give the maximum type of cation in water due to the high dissociation of K+ cations in the absence of complex ion formation.
K3(Fe(CN)6) will give the maximum type of cation in water.
Explanation:
1. KCl.MgCl2.6H2O:
- This compound contains K+ and Mg2+ cations, but they are not highly dissociated in water.
- The presence of Cl- anions can also interfere with the dissociation of cations.
2. K4(Fe(CN)6):
- This compound contains K+ cations and Fe(CN)64- anions.
- The dissociation of K+ cations in water is limited due to the presence of Fe(CN)64- anions, which can form complex ions with K+.
3. K3(Fe(CN)6):
- This compound contains K+ cations and Fe(CN)63- anions.
- The dissociation of K+ cations in water is not limited by the presence of Fe(CN)63- anions, which do not form complex ions with K+.
- Therefore, K+ cations are highly dissociated in water in this compound.
4. (Ag(CN)2)-:
- This compound contains Ag+ cations and CN- anions.
- The dissociation of Ag+ cations in water is limited due to the presence of CN- anions, which can form complex ions with Ag+.
- Additionally, the toxicity of Ag+ ions makes this compound less desirable for use in aqueous solutions.
In summary, K3(Fe(CN)6) will give the maximum type of cation in water due to the high dissociation of K+ cations in the absence of complex ion formation.
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Which of the following will give maximum type of cation in water? 1 KC...
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Which of the following will give maximum type of cation in water? 1 KCl.MgCl2.6H2O 2 K4(Fe(CN)6) 3 K3(Fe(CN)6) 4 (Ag(CN)2)-?
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Which of the following will give maximum type of cation in water? 1 KCl.MgCl2.6H2O 2 K4(Fe(CN)6) 3 K3(Fe(CN)6) 4 (Ag(CN)2)-? 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 Which of the following will give maximum type of cation in water? 1 KCl.MgCl2.6H2O 2 K4(Fe(CN)6) 3 K3(Fe(CN)6) 4 (Ag(CN)2)-? covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Which of the following will give maximum type of cation in water? 1 KCl.MgCl2.6H2O 2 K4(Fe(CN)6) 3 K3(Fe(CN)6) 4 (Ag(CN)2)-?.
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