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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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