Answer:
True.
Explanation:
A compensatory decision-making strategy is an approach to decision-making process which typically involves weighing the negative and positive attributes of an alternative and allows the positive attributes to compensate for the negative attributes. Thus, it allows an attribute with a higher value to compensate for the attribute with a lesser value.
In this scenario, a consumer wants to choose from an array of possible physician groups and decided to trade off (compensate) one attribute of the group with another such as hours a physician group is open versus the number of physicians; a higher value in number of hours a physician is open compensates for number of physicians.
Hence, he or she is using a compensatory approach to decision making.
Because they had high blood pressure
The Best Way To Check If Fish Is Cooked Would Be To Check The Temperature But Thats Not An Option,I would Guess Most Likely D To Look At The Color.
Answer: False
Explanation:
The statement that antibiotic resistance occurs because people build up a resistance to antibiotics is false.
Antibiotic resistance occurs when the drugs that are made to destroy germs such as fungi and bacteria are defeated by the germs and the drugs doesn't work on them. In such cases, the germs continually grow since they weren't destroyed.
Antibiotic resistance doesn't occur because people build resistance but rather because there are changes in the germs or bacteria with regards to how the medicines are used.
Therefore, the people didn't build up resistance to the antibiotics but rather, the germs did.
<span>Smooth muscles and cardiac muscles
are both classified as involuntary. Both muscles are continuously working which
means it does not stop even when a person is at rest. As smooth muscles surround most of the walls
of the major organs of the body, cardiac muscle however can only be found in
the heart. They are not both innervated singularly which implies that the
impulses that travels through these paths are passed from a cell to another
cell. Both are automatically controlled by endocrine and nervous systems and
produce rhythmic contractions as impulses are innervated. </span>
