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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First answer. Crossing results in 50% (dominant homozygote) and 50% (dominant heterozygote).
Second answer. Crossing results in 25% (dominant homozygote), 50% (dominant heterozygote) and 25% (homozygous recessive)
Third answer. Crossing results in 100% (homozygous recessive).
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The answer is b. Our body is made up of water and so we need to refresh our body from time to time by bringing more water in. The water in the air also helps us get oxygen. Plants take the water and sunlight to do photosynthesis which creates oxygen so we can breathe
Answer:
Because most living things need sunlight
Explanation:
only few creatures can live without it
Answer:
The nephron, the functional unit of the kidney, is responsible for removing waste from the body. Each kidney is composed of over one million nephrons that dot the renal cortex, giving it a granular appearance when sectioned sagittally (from front to rear).
Explanation:
