A homogeneous group is basically a group, the components of which are the same. In general terms, homogeneity refers to something which is the same throughout.
Homogenization refers to the rigorous blending of mutually insoluble phases in order to achieve a soluble emulsion, for instance homogenising milk to avoid the cream from getting segregated.
In the field oh physical chemistry, the word homogeneous is used to describe a single phase system.
On the other hand, a heterogeneous group is basically a group, the components of which possess different properties. In simple words, heterogeneous refers to a group which is made up of a varied range of dissimilar substances.
Heterogeneous and homogeneous are thus two opposite terms. They are often used to describe phenomena in scientific, mathematical and sociological contexts.
Homogenization refers to the rigorous blending of mutually insoluble phases in order to achieve a soluble emulsion, for instance homogenising milk to avoid the cream from getting segregated.
In the field oh physical chemistry, the word homogeneous is used to describe a single phase system.
On the other hand, a heterogeneous group is basically a group, the components of which possess different properties. In simple words, heterogeneous refers to a group which is made up of a varied range of dissimilar substances.
Heterogeneous and homogeneous are thus two opposite terms. They are often used to describe phenomena in scientific, mathematical and sociological contexts.
