Fifty percent of homicide victims have <u>"alcohol in their bloodstreams."</u>
The utilization of alcohol may deliver unfavorable consequences for cerebrum tissues that influence judgment. Such adjustment in judgment has subsequently made liquor to fill in as an enhancer of homicide, which is presently perceived as a reason for untimely mortality in Africa. Alcohol improves the probability of hazard taking and provocative conduct by some potential exploited people; this may thus prompt violent communications and homicide.
Most of all alcohol induced homicide includes individuals that are known to one another. Individuals inside the age gather 20– 40 are most defenseless because of incredible relational association that may wind up in mistaken assumptions and disappointments and thus inclining to causation of lawful offenses, including homicide.
Answer:
The nursing assistant should sit the patient down.
Explanation:
This entirely depends on where the patient is at.
If:
The patient is sat up on the bed, and is feeling dizzy and/or fainting, the patient should return to laying down on the bed.
The patient is standing, the patient should return to sitting position either on the bed or in a chair.
The patient is walking, the patient should be carefully, slowly, and supported into laying down on the ground.
All choices work, so it entirely depends on where the patient is starting to feel faint.
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The maximum heart rate (MHR) is the rate at which the human heart of a given person reaches the highest demands. At rest, the heart rate is about 60 to 80 beats per minute.
Ther's two ways to calculate the maximum heart rate, the most used method is:
MHR = 220 - age
So, for Mary: MHR = 220 - 14 = 206 <span>beats per minute (bpm)
The second method:
MHR (2) = 217 - (0.85 *age)
For Mary:
</span>MHR (2) = 217 - (0.85 *14) = 205 beats per minute (bpm)
We can conclude that the two methods give approximately the same result, but it can differ if we compare them with an elderly person.
Now we can calculate Mary's target heart rate:
Target heart rate = MHR * 50% = 206 * 0.5 = 103 beats per minute (bpm)
Mary's target heart rate is 103 beats per minute (bpm).
