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.
The most common examples of allotropes are Carbon and sulfur. The forms of an allotrope have different physical properties but identical chemical properties. This is caused by the difference in bonding between two atoms of the element.
Answers & Comments
Verified answer
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.
Explanation:
Answer:
The most common examples of allotropes are Carbon and sulfur. The forms of an allotrope have different physical properties but identical chemical properties. This is caused by the difference in bonding between two atoms of the element.
Explanation: