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What is the characteristic of a material that hinders electron flow?
It is called resistance Good conductors have a bad resistance While bad conductors or insulators have good resistance against the flow of electricity
What are the electrical properties?
good conductors of heat bad insulators low resistence high conductivity
What are the properties of electricity?
good conductors of heat bad insulators low resistence high conductivity
Are train tracks conductors or insulators?
The rails are good conductors The wooden ties they rest on are insulators
Why aren't insulators good conductors of electricity?
because insulators don't conduct any electricity but conductors do conduct electricity
Are all insulators and conductors solids?
No, insulators and conductors can be found in various states of matter. While many are solids (such as metals being conductors and plastics being insulators), there are also liquid and gaseous substances that can exhibit insulating or conducting properties.
Are metals conductors or insulators?
In general, metals are good conductors of heat and electricity.
Materials that are not good conductors or and not good insulators are called?
Semiconductors. They have conductivity between conductors and insulators and are used in electronic devices like transistors and diodes.
What is conductors and insulators?
Conductors are good absorber of heat whereas insulator are bad absorber of heat .Examples of conductors are silver,copper,etc..and example of insulators are plastic,ebonite,etc...
Are humans conductors or insulators?
humans are not insulators, but are conductors!
What is the difference between good and bad conductors?
Good conductors allow electricity to flow easily due to the abundance of free electrons in their structure, such as metals like copper and aluminum. Bad conductors, or insulators, have fewer free electrons and impede the flow of electricity. Examples of insulators include rubber, glass, and plastic.
What are the differences between good and bad conductors of heat?
Good conductors of heat, such as metals like copper and aluminum, have high thermal conductivity due to their free electrons that can easily transfer heat energy. Bad conductors, or insulators, like wood or rubber, have low thermal conductivity as they lack free electrons and impede the flow of heat energy. The molecular structure of good conductors allows for efficient heat transfer through collisions between free electrons and atoms, while bad conductors have a structure that inhibits the flow of heat energy.
