Answer:
The correct answer would be option C, Universal Precautions.
Explanation:
Treating all human blood and other potentially infectious material, as if known to be infectious, for bloodborne pathogens is called as Universal Precautions.
Now here it is important to know what bloodborne pathogens are. These are actually the tiny organisms, called as micro organisms, which cause illness or diseases in the human body. These are infectious microorganisms. The diseases caused by these infectious microorganisms may include Hepatitis B, Hepatitis C and HIV. This type of disease may transfer from one human to another by the exposure of blood through sharp needle like structures or injections, etc.
So all blood must be treated before donating or transferring to other humans and this is called the Universal Precautions.
The nurse should verify
the proper client and route. The rationale behind this is a nurse should
monitor the five "Rs" of medication administration: right client,
right drug, right dose, right route, and right time. The drops may be warmed to
prevent pain or dizziness, but this act isn't important. An emesis basin would
be used for irrigation of the ear. The client should be placed in the lateral
position for five minutes, not semi-Fowler's position, to prevent the drops
from draining.
Answer:
1. Micro-organism
Explanation:
Micro organism are disease causing agents,which cannot be seen with the human naked eyes. The use of of magnification lens or microscope goes a long way in making them visible.
People living within the Australia's major city are exposed to a lot of disease causing organism than those who stays outside the city.
A city is been define as a collection of heterogeneous set of people,and a key criteria is it's population.
Daily business activities within the city surpasses that which happens outside the city.The handling of door knobs,elevators buttons ,stair rails and other common objects which can be touched by humans,there by making the transmission and inhabitation of fungi,viruses and bacterial infection more likely within the major cities.
I think with the next procedue I can help you a lot with it:
if
R = 50%
<span>x = Blood Alcohol Content (BAC)
</span>Then
<span>50= 6 e^(12.77x) </span>
<span>50/6 = e^(12.77x) </span>
<span>ln(50/6) = 12.77x </span>
<span>x = ln(50/6)/12.77 </span>
<span>x = 0.166
</span>
I hope this can help you through
