Which of the Following Best Represents Analogous Structures

Which of the following options represents analogous structures. Traits shared between members of the same species.

Ms Iracheta S Biology Class Evolution Evolution Art Biology

These are called analogous structures.

. Analogous structures such as the wings of bats and birds have the same function but examining the structures show that the organisms did not come from a recent common ancestor. Lungs of Man and Gills of Prawn can demonstrate an analogous structure. Bird and bat wings are analogous because they have separate evolutionary origins.

The front leg of a horse and a human arm The front leg of a frog and a leg making up the bat wing The wing of a bird and a bat wing The bones of the front flipper of a porpoise and a human arm The long cervical neck bones of a giraffe and the neck bones of a human. Hence the Lungs of Man and Gills of Prawn are analogous structures. Which of the following pairs are analogous structures.

Conversely analogous structures dont have a common origin and they exhibit the same. So the correct option is Gills of prawn and lungs of Man. Analogous structures are similar structures in unrelated organisms.

The wing of a bat and the wing of a butterfly. Scientists must determine which type of similarity a feature exhibits to decipher the organisms phylogeny. For example insects use wings to fly like bats and birds but the wing structure and embryonic origin is completely different.

The wing of a bird and a butterfly wing. Both species developed fins because of how and where they live. B Wings of bat and forelimb of cattle.

Homo-logous structures are structures that exhibit a common evolutionary origin. All of the fossils show similar structures to that of the modern horse. Bat wings consist of flaps of skin present between the bones of the fingers and arm.

These structures may serve many different purposes but they are still made up of similar parts. Homo-logous structures are always derived from a common ancestor. The arm of a human and the wing of a bat B.

Asked Jul 2 2015 in Anthropology Archaeology by tbdbt. Which of the following best defines the concept of analogous traits. The wing of a butterfly and the wing of a bee B.

Bird and bat wings are both homologous and analogous. D Tendril of Lathyrus and tendril of Gloriossa. The arm of a human and the leg of a human C.

Charles Darwin proposed the theory of evolution which stated that all species developed by inheriting useful variations of their ancestors and gradually new species were formed. Traits shared due to convergent evolution. Insect wing and bird wing bat wing and dolphin flipper horse leg and human forearm hummingbird wing and seal flipper.

The wing of a bat and the wing of a butterfly. C Thorn and spine. Which of the following best represents analogous structures.

These structural dissimilarities show that bird wings and bat wings were not inherited from a common ancestor with wings. The arm of a human and the foreleg of a cat are homologous structures. Which of the following pairs are homoplastic analogous structures.

Which would indicate that a series of fossils represent the evolution of the horse. The wing of a bat and the wing of a butterfly C. Which of the following are not the examples of analogous structures.

Analogous structures are structures that are similar in appearance but not in function. But they look similar and serve a similar purpose. So the correct answer is.

Some structures are both analogous and homologous. The legs of a bird and the legs of an insect are least likely to represent homo-logous structures Option c. After Darwin proposed this theory the process of classifying species was modified to show the relationships among different species.

Which of the following best represents analogous structures. The wing of a butterfly and the wing of a bee D. Which of the following best represents analogous structures.

All of the fossils were found in the same layers of rocks as horse fossils. The wings of a bird and butterfly are analogous structures. For example the wings of an insect bird and bat would all be analogous structures.

A Wings of bat and butterfly. What Are Analogous Structures. Are gills and lungs analogous.

Embryology the study of embryos. All of the fossils are completely identical to horse bones. The c wing of a honeybee is similar in shape to a b bird wing and a bat wing and it serves the same function.

The arm of a human and the leg of a human C. The front leg of a horse and a human arm. Traits shared between species due to a shared evolutionary history.

For example dolphins and sharks both have fins even though they arent related. The c wing of a honeybee is similar in shape to a b bird wing and a bat wing and it serves the same function. Ancestral structure to perform the same function Analogous structures have the from BIOL 201 at CUNY Hunter College.

The wing of a butterfly and the wing of a bee D. The wing of a bird and a bat wing. Which of the following pairs of structures are analogous.

They all evolved to allow flight but they did not evolve at the same time since insects birds and mammals all evolved. The arm of a human and the wing of a bat B. Ahomologous Banalogous Cstabilizing Ddisruptive Eallopatric 20The structures in the diagram are Aadaptive radiation Bjoint expression of recessive genes Cgene flow between the individual and the population Dshared geographic location Esimilarities in mate choice 21An individual is determined to be part of a.

In the case of analogous structures the structures are not the same and were not inherited from the same ancestor. Homologous structures are structures that have very different genetic origin but have very similar function. Bird wings has feathers which can extend all along the arm.

The front flipper of a porpoise and a human arm. These structures are similar because they do the same job not because they share common ancestry.

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