Evidence of Evolution w/Pro VS Eu_HB

They cannot be different species if their cytochrome-C is the same.

They have many other proteins which make them different species.

They began as the same species but evolved over time.

The two species evolved in the same habitat.

It shows the organisms have structures that serve no purpose but that resembles structural roles in the related organisms.

 It shows that there are similarities and differences among DNA of different species.

It shows that organisms that are related have changed gradually over millions of years due to their living environment.

It shows that some organisms that are unrelated have developed similar adaptations to similar environments.

Humans and chimpanzees are unrelated.

Humans descended directly from chimpanzees.

Humans are more evolved version of chimpanzees.

Humans and chimpanzees share a common ancestor

The species are both herbivores.

The species have similar bone structure.

The species live in the same environment

The species both obtain oxygen from the air.

Both animals evolved from a common ancestor.

Organisms that flew evolved into organisms that swim.

All organisms evolve following the same basic pattern

All animal parts used for motion evolve in the same way.

Katydids with this trait were better able to make their own food.

Katydids with this trait were better able to blend into their environment and survive.

Katydids with this trait were better able to store nutrients and hibernate

Katydids with this trait were better able to communicate with other insects around them.

Fossils show how the sizes of certain animals has changed drastically over millions of years

Fossils show how life forms present today are different and similar than those from the past

Fossils show that some species have gone extinct

Different sedimentary rock layers provide evidence for how the environment has changed over time

Embryology just like analogous structure can be used as proof for common ancestry.

All organisms have different developmental stages and can be distinguished at any time.

Closely related organisms go through similar developmental stages early in development.

Embryology has nothing to do with evolution.

Organisms 1 and 2 are the most closely related because there are 2 differences between their DNA sequences

Organisms 1 and 3 are the most closely related because there are 2 differences between their DNA sequences

Organisms 1 and 2 are the most closely related because there are 8 differences between their DNA sequences

Homologous structures

Analogous structures

Vestigial structures

Homologous structures

Analogous structures

Vestigial structures

Homologous structures

Analogous structures

Vestigial structures

very similar DNA sequence

no proteins in common

exactly the same DNA sequences

completely different DNA sequence

Separation

Population

Ancestor

Environment

Vestigial structures

Homologous structures

DNA

Fossil record