Answer:
<em>Pulmonary surfactant.</em>
Explanation:
It is essential for life as it lines the alveoli to lower surface tension, thereby preventing atelectasis (a complete or partial collapse of the entire lung or area (lobe) of the lung) during breathing.
Answer:
It's safer, lighter, faster and easier.
Explanation:
Excess fluid in your tissues leads to this swelling (edema), which is frequently brought on by congestive heart failure or a blockage in a leg vein. These are edema symptoms.
<h3>How can you eliminate severe edema?</h3>
Treatment for edema entails a number of steps, including treating the underlying cause (if feasible), cutting back on salt (sodium) in their diet, and, in many situations, using a drug called a diuretic to get rid of extra fluid. Additionally suggested measures include elevating the legs and wearing compression stockings.
<h3>How can you tell whether an edema is severe?</h3>
If your edema suddenly gets worse, hurts, is new, or if it's accompanied by chest pain or breathing difficulties, seek medical attention right once. The latter could be an indication of pulmonary edema, a serious illness where fluid fills the lung cavities.
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Answer:
231 ml
Explanation:
Let x represent the amo unt of Dextrose 70% in ml and y represent the amount of Dextrose 5% in ml needed to prepare 1,000mL of Dextrose 20%.
Since 1000 ml of Dextrose 20% is needed, hence:
x + y = 1000 (1)
Also 70% Dextrose is mixed with 5% dextrose to produce 20% dextrose. i.e.:
70% of x + 5% of y = 20% of 1000
0.7x + 0.05y = 200 (2)
We have to solve equations 1 and 2 simultaneously.
Let us multiply equation 2 by 20:
14x + y = 4000 (3)
subtract equation 1 from 3:
13x = 3000
x = 231 ml
Put x = 231 in equation 1 to find y:
231 + y = 1000
y = 769 ml
Therefore 231 ml of Dextrose 70% must be mixed with 769 ml of Dextrose 5% to prepare 1,000mL of Dextrose 20%? *
