Electrical & Thermal Conductivities of Metals

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SUMMARY

Silver is a superior conductor of electricity compared to copper primarily due to its higher density of conduction electrons. The discussion emphasizes the importance of understanding the concept of resistance in metals to fully grasp the differences in conductivity. Resources such as Wikipedia provide foundational knowledge and extensive references for further exploration of this topic.

PREREQUISITES
  • Understanding of electrical conductivity principles
  • Knowledge of metallic bonding and electron mobility
  • Familiarity with resistance in metals
  • Basic concepts of thermal conductivity
NEXT STEPS
  • Research the relationship between conduction electrons and conductivity in metals
  • Study the concept of resistance in metals and its impact on conductivity
  • Explore the thermal conductivity properties of silver and copper
  • Investigate the applications of silver and copper in electrical engineering
USEFUL FOR

Students, electrical engineers, and materials scientists interested in the properties of metals and their applications in conductivity and resistance.

Jimmy87
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Hi, please could someone explain why silver is a better conductor than, say, copper. Is it due to the fact that it has more conduction electrons than copper? I can't seem to find a definitive answer online.

Thanks for any guidance offered.
 
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The only way to "explain" this is to study the topic of Resistance in Metals. See this Wiki link, as a starter, and follow some of the items in the extensive list of references.
 

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