Zygotic selection against dominant alleles is more efficient than selection against recessive alleles. It can take fewer than 100 generations to eliminate a dominate delterious allele with an initial frequency of 0.70.
According to hardy- Weinberg equilibrium scientist have observe at-least two generation. Allele frequencies are the same for both generations then the population is in the Hardy- Weinberg equilibrium. The frequency of heterogeneous individuals are equal to 2pq.
In case of 2pq equals 0.32 which means that the frequency of individuals heterozygous for this gene is equal to the 32%. Hardy- Weinberg equation is , p=the frequency of dominant allele in a population.q= frequency of recessive allele in a population.
To learn more about hardy- Weinberg equilibrium here
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<span>It is widely accepted that the microbiome has implications on health and disease. We rely on some of these organisms for health, while others can impact everything from disease to cognition in detrimental ways. The "human microbiome project" actually asserts that the microbiome is so important to us as a species, that we're better seen as a "human supraorganism", and understanding the microbiome is actually essential to understanding our own evolution.</span>
Splitting H20 is the Apex answer
Answer:
fungus is a multicellular organism that uses spores to reproduce and connot make their own food
Explanation:
unlike protists, fungi are mainly multicellular, and unlike plants, fungi cannot make their own food/energy and must get it from other organisms
fungi are different from animals in many ways, just a few are that fungi are immobile, use spores to reproduce, and do not have stomachs to absorb food
Answer:
C) esophagus - moves air from the nose into the lungs
Explanation:
The oesophagus is a muscular tube with a sphincter valve at each end. Its main function is to transport food and fluid, after being swallowed, from the mouth to the stomach.This is propelled from the pharynx into the oesophagus, and towards the stomach in a peristaltic waves. The peristalsis also pushes food along the alimentary canal
