Answer: a decrease in the growth rate
A growth rate can be defined as the rate at which the number of organisms in a population increase or decrease with respect to time. The growth rate is affected by the births, death, immigration and migration of organisms. Emigeration refers to the displacement or movement of organisms from their native place to other place in search of food, shelter, mate and due to the effect of change in season in the native land. As, a result of migration of organisms from the native land, the growth rate will decrease.
Therefore, with the increase in emigeration the growth rate will decrease.
This is an overview of translation process.
Translation is the process in protein synthesis in which the genetic information encoded in mRNA is translated into sequence of amino acid in polypeptide chain.
Ribosomes bind to mRNA in the cytoplasm and move along the molecule in a 5 prime to 3 prime directon until it reaches a start codon i.e AUG. Anticodons on tRNA molecules align opposite appropriate codons according to complementary base pairing (e.g. AUG = UAC). Each tRNA molecule carries a specific amino acid (according to the genetic code)
. Ribosomes catalyse the formation of peptide bonds between adjacent amino acids (via condensation reactions)
. The ribosome moves along the mRNA molecule synthesising a polypeptide chain until it reaches a stop codon
. At this point translation ceases and the polypeptide chain is released
The correct answer will be A
The picture doesn't mention mating or nesting - there is not a single mention of those. Therefore we cannot use answers 2) and 4), since we know nothing about them.
The same actually holds for 3) - while there is a mention of the beaks and you can infer the beak size, there is no connection between the beak size and mating activity.
so the correct answer is 1) -the type of beak is matched with the food.
Answer:
Explanation:
Why alveolar air differs in composition from atmospheric air
Por qué el aire alveolar difiere en composición del aire atmosférico
The composition of air in the atmosphere and in the alveoli differs. ... In addition, alveolar air contains a greater amount of carbon dioxide and less oxygen than atmospheric air. This is no surprise, as gas exchange removes oxygen from and adds carbon dioxide to alveolar air.