The dramatic increase in reported cases of dissociative identity disorder over the past four decades is least likely to be explained from a biological perspective, compared to biologically-linked issues like schizophrenia or bipolar disorder.
A biological perspective would be least helpful for explaining the dramatic increase in reported cases of dissociative identity disorder during the past 40 or so years. This is because the sudden increase in reported cases is less likely to be due to changes in biological factors—which tend to be more stable over time—and more likely to be due to changes in diagnostic criteria, public awareness, or even social factors. In contrast, the prevalence of schizophrenia, fluctuations in mood experienced by those suffering bipolar disorder, and even common phobias, like the fear of snakes, have more direct connections to biological mechanisms such as genetic risk factors, neurotransmitter imbalances, and evolutionary predispositions.
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Cognitive lens
Orbital lens
Complex lens
Objective lens
Answer:
Objective lens
Explanation:
Answer:
the sun
Explanation:
-this is science-
water canexistinthreestates;liquid,solidandgases.
Explanation:
At temperature below zero degree Celsius, water exists as a solid but as it absorbs temperature from Its surroundings, it undergoes melting and turns into liquid water. More application of heat makes it boil leading to the evaporation and vapourisation of water molecules( note: evaporation occurs at all temperature).
Answer:
give them brainlist
Explanation:
Answer:
Explanation:
There are many options, here are a few choices:
Fast moving water tends to be colder than slow water; some of it originates as snow melt on the sides of mountains, for example. For this, animals in fast water tend to be more cold resistant. This is why you do not see fish like freshwater trout in equatorial regions. These animals struggle and die in slow, warm water.
Fast moving water means that if the animal or plant wants to stay put, it must resist the flow. Fish tend to be far more muscular and lean in these places, while insects like stoneflies, mayflies, and other larvae have ways to secure themselves to rocks and plants while growing. Plants develop strong root systems, and algae hold fast in rocky crevices in the river. Some animals also have suction in order to stay in place where there is fast flowing water.
Some animals have to adapt their reproductive systems as well. Because finding a mate is difficult in the sweeping waters, breeding tends to happen all at one time. As an example, salmon have runs, where thousands of fish all swim upriver at once to breed, can dramatically alter the surrounding ecology of the river. Insects like mayflies have hatches, where hundreds of thousands of flies swarm into the air at once to breed and lay eggs.
B. have a primary structure made from a string of codons.
C. have a primary structure made of a string of amino acids.
D. have a primary structure made from a string of genes.
Proteins have a primary structure made of a string of amino acids, hence option C is correct.
The primary structure of the protein is made of linear chain of the amino acids. A gene is the segment of DNA that stores the information to express a particular amino acid through the process of translation.
In the process of translation, the sequence of amino acids are joined together to form a primary structure of protein, after that it change into confirmation and form secondary, tertiary and quaternary structures.
Thus, proteins have a primary structure made of a string of amino acids, hence option C is correct.
Learn more about proteins, here:
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