Yes. The only difference between a struct and a class is that a struct's members and inheritance is public by default, while a class' members and inheritance are private by default. Structs can derive from classes and classes can derive from structs. As such, they are polymorphic.
C++ does.
No, non-crystalline materials do not exhibit allotropy or polymorphism since these concepts refer to the ability of crystalline materials to exist in different structures or forms while maintaining the same chemical composition. Non-crystalline materials lack the ordered structure needed for allotropy or polymorphism.
Polymorphism and Allotropy are same thing. Polymorphism is used for compounds and the allotropy is reserved for elements. You can go for XRD to check the crystal structure and their composition to distinguish.
polymorphism in coelentrates
By default, all of the members of a class are private and, by default, all of the members of a structure are public.Structure are value type where as class are reference type.'this' pointer will work only in class.Inheritance between classes is also private by default, and inheritance between structs is public by default.Classes support polymorphism, whereas structure do not.
Polymorphism means multiple form of a function, variable or object. In Computer Science, polymorphism is a programming language feature that allows values of different data types to be handles using a common interface. There are three types : Ad-Hoc Polymosphism, Parametric Polymorphism, Subtype/Inclusion Polymorphism. Source: Wikipedia.
Polymorphism is common with barbiturates, steroids, and sulphonamides.
Yes, polymorphism exists between the prokaryotes.
Static polymorphism is used the concept of early binding or we can say compile time binding where as dynamic polymorphism used the concept of late binding or run time binding.
One can detect polymorphism by genetic marker using single-nucleotide polymorphism which is able to even tell mutation of a gene.
Substitutions that result in amino acid replacements are said to be nonsynonymous while substitutions that do not cause an amino acid replacement (such as a GGG to GGC change - both codons still encode glycine) are said to be synonymous substitutions
An internal body-support structure is called a skeleton. It provides support, protection, and structure for the body.