Why allotropes have same chemical properties but different physical properties?
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hi dear here is the answer
Allotropes are different physical forms of same element. So it is not necessary that they have same chemical properties, like in case of carbon, diamond, graphite and fullerene, all three of them have different chemical properties. So in short allotropes have differentchemical properties.
Allotropes are different physical forms of same element. So it is not necessary that they have same chemical properties, like in case of carbon, diamond, graphite and fullerene, all three of them have different chemical properties. So in short allotropes have differentchemical properties.
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Answer:
Allotropes are one or more forms of a chemical element that exist in the same physical state.
Explanation:
Allotropes have the same chemical properties. They have similar chemical characteristics because the compound's chemical makeup is the same. For example Carbon, sulfur, and phosphorus.
Allotropes exhibit multiple structural shapes in the same phase due to changes in atom bonding. The atoms involved will be the same, but the bonding arrangement will be different.
As a result, the chemical reaction differs. The same chemical may respond differently in response to two allotropes. As a result of the differences in bonding patterns among carbon atoms, allotropes of carbon exhibit various physical and chemical characteristics.
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