Homologous or comparable structures are two terms used to describe similar body parts. Both show that evolution has occurred.
<h3>How do the structures in comparative anatomy compare as proof of evolution?</h3>
To comprehend how organisms evolved, scientists compare the DNA, embryos, and anatomical structures of living beings. Homologous structures offer evidence for evolution. These are traits that related species have in common that they inherited from a common ancestor. Analogous structures offer additional proof of evolution.
<h3>How are anatomy and embryology utilized to support evolution?</h3>
The homologous and vestigial structures of different species can be seen, which demonstrates their shared origin. Since the embryonic shapes of different populations are remarkably similar, embryology provides evidence for evolution.
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Answer:
What does a virus and bacteria have in common?
| Ausmed. Bacteria and viruses are microbes (germs) which are very different to each other in structure and function. Despite the important structural and cultural differences, both bacteria and viruses can cause disease in similar ways: they invade and multiply within the host by evading the immune system.
How are protozoa and bacteria similar?
Protozoa (pro-toe-ZO-uh) are one-celled organisms, like bacteria. But they are bigger than bacteria and contain a nucleus and other cell structures, making them more like plant and animal cells. Protozoa love moisture.
Explanation:
you just gotta look it up. have a nice day! :)
So Whats tje question C. F1 generation is all Yy (let Y be yellow and y be green). Y is dominant to y. The F2 could be YY, Yy, Yy, or yy. 3:1
