Allotropes differ in which of the following properties?
Answers
The Element having different forms Is Called Allotropy Property Of that Element
Answer:
Concept:
Diamond and graphite are allotropes of CARBON.
Explanation:
Generally, allotropes differ in physical and chemical properties.
1. Color
2. hardness
3. molecular structure
4. Chemical activities.
Allotropes are defined as various forms in which an element exists and differ in their physical and of their chemical properties.
Chemical properties: Let me give two examples. the primary is carbon. One allotrope is tough, clear, non-conducting of electricity (but the most effective thermal conductor by far), and sort of high-priced when formed into large crystals (diamonds). the opposite is soft, electrically conductive, easy to interrupt apart, and might be found in everyday objects like lead pencils (graphite).
Another example is O2 (normal molecular oxygen we breathe) and O3 (ozone, which occurs naturally high in our atmosphere but may be a serious irritant to our lungs where we are able to breathe it.
The thanks to thinking about this can be in terms of chemical bonds. Most allotropes have different bonding environments for the atoms, which is what produces their differences in properties.
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