Why graphite and diamond are allotrope of carbon but they show the properties of metalloids also?
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Hey mate, here is your answer ☺️☺️❣️❣️☺️☺️
Graphite and diamond are the allotrophes of the carbon but clearly, diamond is a non metallic in nature whereas graphite shows some conductivity towards electricity.
Hope it helps u dear ✌️✌️❤️❤️
Graphite and diamond are the allotrophes of the carbon but clearly, diamond is a non metallic in nature whereas graphite shows some conductivity towards electricity.
Hope it helps u dear ✌️✌️❤️❤️
shubhankardubey7777:
It is clear that, graphite is a conductor of electricity while diamond have matellic and some non matellic characters, so they show different properties from carbon and show matelloid properties.
Answered by
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For the element carbon (classified as a nonmetal), its diamond allotrope is clearly nonmetallic, but the graphite allotrope displays limited electric conductivity, more characteristic of ametalloid. Also, some allotropes of phosphorus, tin, selenium, and bismuth have properties
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