It is assumed that organisms with similar anatomical characteristics have evolved relatively recently and have a common ancestor.
<h3>How does comparing the physical characteristics of different creatures help us understand evolution?</h3>
To comprehend how living things originated, scientists study the anatomy, embryos, and DNA of various species. Homological structures provide proof of evolution. These are features that were passed down from a common ancestor and are shared by related creatures. An further piece of evidence for evolution is offered by similar structures.
<h3>What role does anatomy play in the study of relationships between various types of organisms?</h3>
Comparative anatomy, which compares structural similarities, is one of the strongest types of evidence of creatures to ascertain the links between them throughout evolution. It is assumed that organisms with similar anatomical traits have evolved from ancestors who were reasonably closely connected to one another.
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She is dying? Like idk if there is something specific you want to say
The modern bread wheat which is the product of multiple instances of hybridization of wheat species in the question is an example of : Cell division and self fertilization
<h3>Similariity between modern wheat and wheat found in middle eastern farms </h3>
Modern Wheat used for bread is similar to wheat found in the middle eastern farms 10,000 years ago in that they underwent several hybridization process of wheat species before been used as modern bread wheat. This process is an example of cell division and self fertilization.
Hence we can conclude The modern bread wheat which is the product of multiple instances of hybridization of wheat species in the question is an example of : Cell division and self fertilization
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Answer:
Carbondioxide and water
Explanation:
Cellular respiration is a metabolic reaction which occurs in the cells of organisms to convert biochemical energy to ATP which is in form energy and then releases it as waste product. The products of cellular respiration are carbon dioxide and water. Carbon dioxide is transported from your mitochondria out of the cell to red blood cells, and back to your lungs to be exhaled.
Transport proteins (carrier proteins and channel proteins) allow substances into and out of the cell that cannot pass through the phospholipid bilayer (as they’re either to large, charged or not lipid soluble) by facilitated diffusion.
Specifically channel proteins allow ions into and out of the cell by creating a pore in the membrane in which they can move through with their concentration gradient
