Conduction of electricity in electrolytes

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    Conduction Electricity
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SUMMARY

The conduction of electricity in electrolytes is primarily due to the presence of positive and negative ions. Electrons do not contribute to conduction within electrolyte solutions, as they are not free in these environments; instead, they exist in electronic conductors. In electrolytes, it is the ions that carry the current, while electrons are responsible for current flow in the external circuit.

PREREQUISITES
  • Understanding of ionic compounds and their dissociation in solutions
  • Knowledge of electrical conductivity principles
  • Familiarity with the role of electrons in electrical circuits
  • Basic chemistry concepts related to electrolytes
NEXT STEPS
  • Research the mechanisms of ionic conduction in various electrolyte solutions
  • Study the differences between electrolytic and electronic conduction
  • Explore the applications of electrolytes in batteries and fuel cells
  • Learn about the factors affecting conductivity in electrolyte solutions
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Chemists, electrical engineers, and students studying physical chemistry or materials science will benefit from this discussion.

Lim Y K
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conduction of electricity in electrolytes is due to presence of positive ions and negative ions or presence of positive ions, negative ions and electrons?
 
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Positive ions and negative ions. Electrons don't stay free long.
 
Electons don't exist in electrolyte solutions, they exist in electronic conductors. Therefore ions carry current in the. solution and electrons carry current in the external circuit.
P. Radhakrishnamurty.
 

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