Does Soluble Salt Guarantee Strong Conductivity?

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SUMMARY

The discussion centers on the relationship between soluble salts and their conductivity. Participants debate whether the solubility of a salt, such as AgNO3, guarantees strong conductivity. It is concluded that while soluble salts generally contribute to conductivity due to the presence of ions, they do not inherently ensure strong conductivity, as demonstrated by the example of Cu(C2H3O2)2, which was tested and found to be a weak conductor despite being soluble.

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  • Understanding of ionic compounds and their properties
  • Knowledge of conductivity in electrolytic solutions
  • Familiarity with laboratory testing methods for conductivity
  • Basic chemistry concepts regarding acids, bases, and salts
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  • Research the conductivity of various soluble salts, focusing on AgNO3 and Cu(C2H3O2)2
  • Explore the principles of electrolytic solutions and ion concentration
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Does a soluble salt necessarily implies a strong conductivity?
 
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Hi johndoe,

You must give us your reasoning first, then we may be able to comment on it. What do you think? Can you think of any counterexamples?

Also, do you mean conductivity of the salt alone, or a solution of the salt in a solvent?
 
Mapes said:
Hi johndoe,

You must give us your reasoning first, then we may be able to comment on it. What do you think? Can you think of any counterexamples?

Also, do you mean conductivity of the salt alone, or a solution of the salt in a solvent?



I am working on my lab report, and there is an explanation in the example saying that 'AgNO3 is a strong conductor because AgNO3 is a soluble salt.'

Well I know that strong acid or base implies strong conductivity, but if a salt is soluble I think it only implies that the salt is a conductor but not necessarily a strong one.


salts I mean by ionic compounds alone

Example?
I tested Cu(C2H3O2)2 in my lab with a light blub, it is a soluble salt and I wrote down weak, but I might be wrong with personal judements.
 
Last edited:
It seems reasonable to say that, all other factors being equal, a more soluble salt will produce a more conductive electrolytic solution because more ions will be present.
 

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