Answer:
Carbon dioxide is a significant metabolite for each living creature. It is a soluble compound that makes it simple to diffuse all through the cell. In contrast to carbon dioxide, bicarbonate needed to be transported. The response of CO2 and water as reactants to produce hydrogen and bicarbonate in the solution. This significant reaction is effortlessly kept up with the activity of carbonic anhydrase. The transformation of bicarbonate into CO2 and the other way around encourages bicarbonates transport into the cell just as trapping of CO2 in the cell.
This response is gradually continuing in physiological pH, so life forms produce enzyme as an enhancement of reaction speed. Contingent upon what is required, the active site of this catalyst can exist in two structures a high pH structure that is active in the hydration of CO2 and a low pH that is active in the dehydration of bicarbonate. For the best result, the temperature of equilibrium is significant.
Since the ideal temperature for the enzyme's response is in the scope of 35 to 40 degrees Celsius, the best temperature worth would be 37 degrees. In this manner, the arrangement for an examination would be taking off 5 examples warmed to correct degrees in the scope of 35 to 40, with sufficient measure of catalyst and watching the velocity of response and how quick will item shows up.
Answer:
Genome projects help to increase milk and meat production by creating the high milk producing and faster growing hybrid cattle. Genome projects help to improve the health by generating disease resistant and drought resistant cattle.
the sun is radiant energy
top right is Co2 + h2o
that is all ik
Answer:
B. diagrams the evolutionary history of a particular group of organisms.
Explanation:
Phylogenetic trees represent hypotheses about the evolutionary relationships between a group of organisms.
A phylogenetic tree with the morphological (body shape), biochemical, behavioral or molecular characteristics of species or other groups can be constructed.
When building a tree, we organize the species into nested groups based on shared derived characters (characteristics different from those of the group's ancestor).
Gene or protein sequences can be compared between species and used to build phylogenetic trees. Nearby species usually have few differences in their sequences, while less related ones tend to have more.
Answer:
b atmosphere
Explanation:
this is based off of past knowledge so if its wrong im sorry- but doesnt nitrogen take up most of our atmosphere? thats why i chose this
