Answer:
<em>The correct answer is the option on the upper right .</em>
Explanation:
Aquatic birds that require fresh water to thrive need to be around a source of fresh water. The wetter island has more fresh water than the drier island. This means that both island will be occupied from a population of zero, to an optimum stable population, which is indicated as the graph moves from zero to its maximum point, and then levels out. Th drier island will have the same pattern of curve, but will only be able to support a much smaller population, which is why the curve for the drier island is less than that of the wetter region.
It's mainly because your arteries pump a lot of blood so a few things could happen, you could tear the artery or the needle could pop out, they're usually harder to get to, and it's just very dangerous.
Answer:
1. oh ita like no permanint body of watee is so cold or hot like coffe so hot and cold like a ice water
Answer:
In superficially both the theories are similarly as the idea is that substrate plays a crucial role in determining the shape and that the structure of the enzyme is flexible in both theories. In both the theories, it suggested that a proper substrate can only induce or fit in the active site to form complex so it can start the function of the enzyme.
Both theories are very much similar however they have different approaches to its mechanical use in the reaction. In lock and key theory, it is said that the there is no need to change only a specific substrate fit where is in induces fit theory enzyme is flexible to fit the substrate to induce the activity.
In induced fit theory the active site is made of 2 components however in the lock and key theory the active site has 1 single entry.
The answer is an adverse drug reaction.
Some reactions to normal doses of common medications are expected and these are known as side effects. But, sometimes organism can react unexpectedly and have harmful or toxic reaction. <span>The adverse drug reaction is an unexpected reaction (harmful or toxic) to normal doses of common medications. It is often due to variations in individual metabolic processes, illness, aging, immunological sensitivities, etc.</span>