The term which best describes the region "b" of the phospholipid model in the attached image (below) is: Hydrophobic.
Phospholipids are also referred to as phosphatides and they are a type of lipid whose molecule comprises the following:
- A hydrophilic "head" that contains a phosphate group.
- Two (2) hydrophobic "tails" joined by an alcohol residue and that are mainly derived from fatty acids.
This ultimately implies that, a large potion of the cell (plasma) membrane is made up of lipids, which are mainly phospholipids and they control the movement of large hydrophilic molecules such as alkanes, oils, and fats.
In conclusion, hydrophobic is a term that is used to describe the tail or lower part of a phospholipid model, which is the "b" region in the image attached below.
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Answer:
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Explanation:
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The statement that if you change the units of one of the variables, the value of correlation will increase or decrease" is; False
<h3>Correlation</h3>
It is pertinent to note that if we change the units in one of the variables the value increase, decrease, or stay the same
Now, the value of the correlation is simply the result of the interactions of all the units that exist in that variable and as a result changing only one of the variables does not always imply that there will be a change in the end result of the value.
In conclusion, the value of the correlation can also remain the same and so the statement is false.
Read more about correlation at;
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