Chloroplasts absorb sunlight and store chemical energy, which aids in converting carbon dioxide into oxygen and glucose
DNA replication occurs during this phase
The complete question is as follows:
Two short-tailed (Manx) cats are bred together. They produce three kittens with long tails, five short tails, and two without any tails. From these result, how do you think tail length I’m these cats are inherited? Show the genotypes for both the parents and the offspring to support your answer.
Answer: Incomplete dominance
Explanation:
The incomplete dominance is a kind of intermediate inheritance in this one allele responsible for the expression of a particular trait is not completely expressed. As a result of this an intermediate phenotype get expressed in the physical trait, which is a combination of the phenotypes of both type of alleles.
Manx cat is indicating towards the incomplete dominance in this the kitten can be born with the full length, short length tails or even without the tails.
If the genotype of the parent is heterozygous (Tt) then kittens are expected to have genotypes like TT ( long tail) Tt ( short tail) tt ( no tail).
Thus the kitten can be short length, long tailed and they can be without tail.
Answer: c. 36
Explanation:
Cellular respiration oxidizes food molecules. The chemiosmotic model suggests that one ATP molecule is generated for each proton pump activated by the electron transport chain. Since the electrons from NADH activate three pumps and those from FADH2 activate two, we would expect each molecule of NADH and FADH2 to generate three and two ATP molecules, respectively.
However, because eukaryotic cells carry out glycolysis in their cytoplasm and the Krebs cycle within their mitochondria, they must transport the two molecules of NADH produced during glycolysis across the mitochondrial membranes, which requires one ATP per molecule of NADH. Thus, the net ATP production is decreased by two. Therefore, the overall ATP production resulting from aerobic respiration theoretically should be 4 (from substrate-level phosphorylation during glycolysis) + 30 (3 from each of 10 molecules of NADH) + 4 (2 from each of 2 molecules of FADH2) – 2 (for transport of glycolytic NADH) = 36 molecules of ATP
Sensory and motor neurons belong to the somatic division of the peripheral nervous system.
