Resistivity
noun
A measure of a material's ability to resist the flow of electric current.
The resistivity of copper is low, making it a good conductor of electricity.
Usage tips
Neutral
electric resistivity,high resistivity,low resistivity
noun
The property of a material indicating how strongly it opposes the passage of electric current.
Graphene has an incredibly low resistivity, making it a promising material for future electronics.
Usage tips
Formal
bulk resistivity,surface resistivity,temperature-dependent resistivity
noun
A measure of a material's ability to resist the flow of electric current.
The resistivity of copper is low, making it a good conductor of electricity.
Usage tips
Neutral
electric resistivity,high resistivity,low resistivity
noun
The property of a material indicating how strongly it opposes the passage of electric current.
Graphene has an incredibly low resistivity, making it a promising material for future electronics.
Usage tips
Formal
bulk resistivity,surface resistivity,temperature-dependent resistivity
Definition 1 of 2
Pro Tip 1/3Physics Concept
Understanding resistivity is crucial for studying circuits.
In electrical circuits, resistivity explains how different materials affect current flow.
Pro Tip 2/3Engineering Application
Resistivity is used to select appropriate materials for electrical components.
Choosing materials with the right resistivity ensures efficient energy use.
Pro Tip 3/3Material Science
In materials science, resistivity helps classify materials.
Metals typically have low resistivity while insulators have high resistivity.
Pro Tip 1/3Physics Concept
Understanding resistivity is crucial for studying circuits.
In electrical circuits, resistivity explains how different materials affect current flow.
Pro Tip 2/3Engineering Application
Resistivity is used to select appropriate materials for electrical components.
Choosing materials with the right resistivity ensures efficient energy use.
Pro Tip 3/3Material Science
In materials science, resistivity helps classify materials.
Metals typically have low resistivity while insulators have high resistivity.
Pro Tip 1/3Physics Concept
Understanding resistivity is crucial for studying circuits.
In electrical circuits, resistivity explains how different materials affect current flow.
Pro Tip 2/3Engineering Application
Resistivity is used to select appropriate materials for electrical components.
Choosing materials with the right resistivity ensures efficient energy use.
Pro Tip 3/3Material Science
In materials science, resistivity helps classify materials.
Metals typically have low resistivity while insulators have high resistivity.
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