How friction is an electromagnetic force?

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SUMMARY

Friction is not classified as an electromagnetic force; rather, it arises from electromagnetic interactions at the atomic level. The discussion clarifies that while friction is influenced by electromagnetic forces, it is a distinct phenomenon. For a deeper understanding, participants are encouraged to explore foundational resources such as books and Wikipedia that explain the principles of friction.

PREREQUISITES
  • Understanding of atomic structure and electromagnetic interactions
  • Familiarity with basic physics concepts related to forces
  • Knowledge of friction and its applications in various materials
  • Access to educational resources like textbooks or online encyclopedias
NEXT STEPS
  • Research the atomic theory of friction and its implications in material science
  • Explore the role of electromagnetic forces in different types of friction
  • Study the relationship between friction and surface properties of materials
  • Investigate advanced textbooks or articles on the physics of friction
USEFUL FOR

Students of physics, material scientists, and anyone interested in the fundamental principles of friction and its underlying electromagnetic interactions.

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how friction is an electromagnetic force?
 
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It "is" not an electromagnetic force.
Friction is a result of electromagnetic forces on the level of individual atoms. See books/wikipedia/other resources for an introduction to friction.
 

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