Answer:
All progeny with heterozygous dominant genotype
Explanation:
Mendel crossed two pure breeding pea plants with respect to one genetic trait. He found that the F1 progeny obtained by crossing two pure breeding parent plants is always heterozygous dominant. The phenotype of the F1 progeny was always the phenotype of the dominant pure breeding parent plant.
For instance, purple flower color is a dominant trait over the white flower color in pea plants. When he crossed a pure breeding purple-flowered pea plant (PP) with a pure breeding white-flowered pea plant (pp), the F1 progeny was expressed the phenotype of the dominant parent and had purple flowers. The genotype of the F1 plants was Ww (heterozygous dominant).
From what we know, we can confirm that the internal body temperature is another internal condition that must be maintained in the body through homeostasis.
<h3>What is homeostasis?</h3>
This is the body's ability to maintain certain internal conditions within a range of values. This is done through a series of feedback loops and other regulatory mechanisms. Temperature and blood sugar are just two of the many conditions included in the mechanisms of homeostasis.
Therefore, we can confirm that the internal body temperature is another internal condition that must be maintained in the body through homeostasis.
To learn more about Homeostasis visit:
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Carnivores (meat eaters): lion, wolf, polar bear. herbivores (plant eaters): cows, beaver, deer. omnivores (both meat and plant eaters): bears, humans, hedgehogs.
<span>During a decomposition reaction, a compund partitions into it's components. This is a type of a chemical reaction where a larger/more complex compund is broken down into simpler elements or compounds which were initially combined in a chemical reaction.This type of reaction often requires an energy source such as heat or light to break down the compound.</span>
