The charge on as2s3 sol is due to adsorption of
Answers
Answered by
17
Hello Dear,
Your answer is here,
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The Answer is ↔ S²⁻
Reason/Explanation →
As we know As₂S₃ is a negatively charged solution .
In this solution the negative charge is due to adsorption of S²⁻ ion .
For Example-
For the coagulation of the As₂S₃(Which is negatively charged solution) , We need positively charged solution ,So the most flocculating solution will be AlCl₃ because Al has 3⁺ charge on it.
→→→→→→→→→→→→→
I hope it helps you.
Have a Marvelous Day. :-)
Your answer is here,
→→→→→→→→→→→→
The Answer is ↔ S²⁻
Reason/Explanation →
As we know As₂S₃ is a negatively charged solution .
In this solution the negative charge is due to adsorption of S²⁻ ion .
For Example-
For the coagulation of the As₂S₃(Which is negatively charged solution) , We need positively charged solution ,So the most flocculating solution will be AlCl₃ because Al has 3⁺ charge on it.
→→→→→→→→→→→→→
I hope it helps you.
Have a Marvelous Day. :-)
Answered by
7
Thanks for the question!
It is definitely a very interesting question to solve and do some brainstorming.
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As₂S₃ is a negatively charged solution and the negative charge is due to adsorption of S2- ions on the sol.
It follows the Hardy-Schulz law which states : 'the greater the valence of the flocculating ion, the greater will be its coagulating property."
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Hope it helps and solves your query!!
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