Answer:
C. Three
Explanation:
Answer:
The correct answer would be 9%.
As the population is in genetic equilibrium, then the population must be following the Hardy-Weinberg equations:
p + q = 1 and
p² + q² + 2pq = 1
The frequency of A (dominant allele) in a population is 70 percent.
Thus, the value of p would be 70/100 which comes out be 0.7
Similarly, the value of q would be equal to 0.3
The frequency of individual with homozygous recessive genotype, that is, aa would be equal to q².
So, q² = ⇒ 0.09
Thus, the frequency of individual with genotype aa would be equal to 9 percent.
a. DNA
b. glucose
c. protein
d. lipid
Answer: C. Protein
Explanation:
Enzymes are a type or form of proteins as they are also made up of amino acids, which are the building blocks of proteins. These amino acids will dictate how it will function.
Enzymes function to speed up chemical reactions within cells.
Protein synthesis is an anabolic reaction because these reactions build molecules while catabolic ones break them down. Thanks to this we know that protein synthesis is anabolic.
Explanation:
Anabolism relates to the process in cells where large macromolecules are formed up from miniature ones. In this case here, protein structure uses other proteins and amino acids (proteins' monomers) to make extra proteins, and so that is the accumulation of a large molecule, and accordingly studied anabolism.
Catabolism is the reverse of anabolism. An example would be the separation of proteins in food to amino acids for digestion. In this case, a large particle (a protein) is split down into miniature dispersible molecules (amino acids).
II. Heterotroph
III. Saprotroph
A. III only
B. II and III only
C. I and III only
D. I, II and III