Homologous structures - the forelimb structures are anatomically similar and were derived from a common ancestor; however, they have evolved completely different uses. This provides evidence for divergent evolution or adaptive radiation.
Though they are similar, they are homologous structures. The forelimbs are anatomically similar . So they have a common ancestor but they have evolved with different uses.
Homologous structures are proof of anatomical evidence of evolution. This is evidence that all life has a common ancestor, and that species have evolved over time to fit their environment.
Though the forelimb of your cat or dog does not look much like your arms these are homologous structures that are almost identical bone for bone. This shows the common ancestry of all tetrapods and the closer common ancestry of you and your mammal pets.
A structure within an animal, but is not used and has no purpose, is known as a vestigial structure. For example, in humans, there is a small bone at the very end of the coccyx, which is purposeless. It is known as the "vestigial tail."
The external structures of animals protect the animal from harm to internal organs. An example of an external structure is the skin and fur on a bear. The skin protects the internal organs, and the fur protects the skin.
This is an example of indirect observation - you are not seeing the animals directly but are viewing evidence of their existence.
That depends on what two species you're referring to. Homologous parts are similar in structure and evolutionary origin, though not necessarily in function. for example: human arms and bat's wings Analogous parts, on the other hand function similarly, but may not be similar in structure or evolutionary origin. example: a butterfly's wings and birds' wings
Homologous structures - the forelimb structures are anatomically similar and were derived from a common ancestor; however, they have evolved completely different uses. This provides evidence for divergent evolution or adaptive radiation.
Homology.
Homologous structures - the forelimb structures are anatomically similar and were derived from a common ancestor; however, they have evolved completely different uses. This provides evidence for divergent evolution or adaptive radiation.
Homology.
Species may have similar appearances and structure but different genetic and evolutionary paths. For example, the wing of a fly and the wing of the bird.
It is when you have any kind of text that has a structure, form, and purpose. For example, when you have an article about an interview with someone, then it can be formatted in question and answer. So the text evidence would be: Form: Question and Answer Structure: Interview Purpose: To inform the reader There are many, many more, but that is just an example.
In biology, anatomical similarity refers to the fact that members of the same class of animals tend to have similar structures and organs, even though they may not look the same externally. For example, humans and horses share anatomical similarity, and nearly every structure in one can be found in the other -- although it might be difficult to identify: fingernails and hooves, for instance.
Word association in similarity involves identifying related words based on their meanings or attributes. For example, in the word pair "dog" and "cat", the similarity lies in both being domestic animals commonly kept as pets. By recognizing this association, we can understand their shared characteristics and categorize them as similar.
its a structure dude, for example there is no example and you have to find that example out to know the example. did you get it yo
Hehajana
false
Similarity :)