Allotropes differ in which of the following properties
Answers
Answer:
The properties in which ALLOTROPES differ are mainly physical such as color and hardness. Molecular structure or chemical properties can also differ but in most chemical properties, they are same.
Explanation:
The element is allotrope if it exhibits two or more forms in the same physical states. Example :- Diamond and Graphite -> Allotropes of Carbon.
They mainly differ in their physical properties but the basic chemical element is Carbon.
Answer:
Allotropes usually differ in both physical and few chemical properties. Most likely, they differ in physical properties like shape, color, etc.
Explanation:
Allotropes can be defined as different forms and types of the same element. The forms may or may not differ in the arrangements.
Allotropy is defined as the ability of an element to exist in more than one form with each form differing in physical properties. When an element exists in more than one form, it is said to exhibit what we call Allotropy. But these allotropic forms of a single elements are usually identical or same regarding their chemical properties.These different forms hence, are known as Allotropes. Some of the popular elements that show |Allotropic forms are Carbon, Phosphorous, etc.