Answer: The frequency of the b allele is calculated as follows: since there are 2 alleles in each organism, total number of genes is 200. The number of white alleles is 10*2+30 (since there are 2 copies of the alleles in white organisms and 1 copy of the b allele in the white wings with blue blotches). So the total number of white alleles is 20+30=50 white alleles. The frequency of the white allele is then 0.25. So the frequency of the blue allele is 1-0.25=0.75. Since heterozygous term is 2*p*q, the frequency of the Bb genotype is 2*0.25*0.75=0.375. Hope that helped!
Are the carbons in glucose ultimately used to make additional Krebs cycle intermediates
- The answer to the statement above is No, carbon loses 2 molecules of CO2 as the Krebs cycle moves up.
In the citric acid cycle, there are two carbons that belongs to the acetyl group of acetyl CoA. These two carbon are the released as carbon dioxide, one of main end products of cellular respiration via numbers of enzymatic reactions.
Conclusively, we can say that Co2 has 2 molecules shed off as Krebs cycle increases.
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A. Scientific theories produce information that helps us understand our world.
<span>The formation of Surtsey, a volcanic island off of the southern coast of Ireland. By definition, primary succession refers to when the structure of an ecosystem changes drastically in such a way that it can no longer support organisms. In this case of ecological succession, the formation of the volcanic island creates a new habitat that is unpredicted and is not influenced by any existing ecosystems.</span>
