Although by itself, silver is a conductor, it can be combined with other elements to create materials which are not conductors. Two such compounds of silver are AgBr and AgTe. Silver bromide has a bandgap of 2.5eV and empressite has a bandgap of 0.24 eV. (b) Are these two compounds semiconductors or insulators? Why?
Although by itself, silver is a conductor, it can be combined with other elements to create materials which are not conductors. Two such compounds of silver are AgBr and AgTe. Silver bromide has a bandgap of 2.5eV and empressite has a bandgap of 0.24 eV. (b) Are these two compounds semiconductors or insulators? Why?
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![Although by itself, silver is a conductor, it can be combined with other elements to create materials which are not
conductors. Two such compounds of silver are AgBr and AgTe. Silver bromide has a bandgap of 2.5eV and
empressite has a bandgap of 0.24 eV.
(b) Are these two compounds semiconductors or insulators? Why?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Faa647e17-fe16-423a-b150-718aaf47404c%2F91e2ebc5-f99c-4dee-8ce3-288155b208a5%2F0zqwrah_processed.png&w=3840&q=75)
Transcribed Image Text:Although by itself, silver is a conductor, it can be combined with other elements to create materials which are not
conductors. Two such compounds of silver are AgBr and AgTe. Silver bromide has a bandgap of 2.5eV and
empressite has a bandgap of 0.24 eV.
(b) Are these two compounds semiconductors or insulators? Why?
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