Answer:
i think it is D if not it is A
Explanation:
The only way to obtain the correct phenotype, but not the correct genotype in a genetic cross is when ignoring the genotype of the parental lines. The genotype of a trait is always a consequence of random segregation.
<h3>Alleles, random segregation and phenotypes </h3>
An allele is a gene variant for a given <em>locus</em>, in a diploid organism, two alleles are inherited (one from each parent).
Random segregation refers to the independent way in which alleles separate during the formation of gametes.
Random segregation determines the genotype in a genetic cross, but it is not possible to determine if an allele is associated with a given phenotype if we don't know the genotypes of the parental lines.
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Answer:
3 moles of Pyruvate entered CAC
Explanation:
2moles of pyruvate gives 34 ATP MOLES
Hence 51moles of ATP willl give 51*2/34, which is equal to 3moles
NADH is an energy carrier which delivers high energy electrons to the electron transport chain where they will eventually power the production of 2 to 3 ATP molecules.
FADH is another energy carrier that carries high energy electrons to the ETC, where they will drive the production of 1 to 2 ATP molecules.
Electron transport chain produces most of the energy ( 34 ATP molecules, compared to only 2 ATP for glycolysis and 2 ATP for Krebs cycle). The electron transport chain takes place in the mitochondria. This stage converts the NADH into ATP.
NADH = 3ATP FADH2 = 2ATP
According to the given information, can be supported by 250,000 kilograms of producers is 500.
<h3>What is a decomposer an example?</h3>
Examples of decomposers are fungi and bacteria that obtain their nutrients from a dead flora or fauna material.
They break down the cells of dead organisms into simpler substances, which become organic nutrients available to the ecosystem.
Thus, The mass of a hawk is around 500 grams, can be supported by 250,000 kilograms of producers is 500.
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Answer:
B
Explanation:
This H+ ion gradient is referred to as a proton motive force. It is created using energy from the Krebs cycle in the matrix of the mitochondria. As electrons are passed from one protein complex to another, reducing molecules such as NADH and FADH2, the protons are pumped to the intermembrane space of the mitochondria. ATP synthase uses this potential to generate ATP as the H+ ions move downgradient (back to the matrix) through channels in the protein enzyme.
