Answer:
The correct answer is option B- pressure within the alveoli.
Explanation:
Intrapulmonary pressure is the pressure within the lungs especially in the alveoli of the lungs so is also known as "intra-alveolar pressure".
This pressure helps in the breathing process as :
1. During inspiration - The thoracic cavity volume increases due to which the intra-pulmonary pressure becomes less than the atmospheric pressure which causes the lungs to inhale about 500 ml of air.
2. During expiration- the thoracic volume decreases which cause the intra-pulmonary pressure larger than atmospheric pressure which causes the lungs to exhale the air.
Thus, option B- pressure within the alveoli is the correct answer.
People who can get the flu shot:
Different flu shots are approved for people of different ages. Everyone should get a vaccine that is appropriate for their age.
There are inactivated influenza vaccines (IIV) that are approved for people as young as 6 months of age.
Some vaccines are only approved for adults. For example, the recombinant influenza vaccine (RIV) is approved for people aged 18 years and older, and the adjuvanted and high-dose inactivated vaccines are approved for people aged 65 years and older.
Pregnant women and people with certain chronic health conditions can get a flu shot.
Most people with egg allergy can get a flu shot.
People who SHOULD NOT get the flu shot:
Children younger than 6 months of age are too young to get a flu shot.
People with severe, life-threatening allergies to flu vaccine or any ingredient in the vaccine. This might include gelatin, antibiotics, or other ingredients. See Special Considerations Regarding Egg Allergy for more information about egg allergies and flu vaccine
https://www.cdc.gov/flu/prevent/egg-allergies.htm.
Answer:
Patients who suffer from respiratory pathologies, generally present an increase in fluid in the alveoli, where they produce the gas exchange, that is why if we put the patient to bed completely, the gas exchange surface will be less, because the liquid that presents by the pulmonary emphysema is dispersed in more alveoli and therefore the difficulty of breathing is greater.
The ideal position then in this type of patient, where the problem is in the respiratory system, in the position of approximately 130 degrees, or an intermediate position between 180 and 90 degrees, since in this way the upper limb will not be at the same Height than the lower limb, the emphysema fluid does not disperse through the alveoli on a larger surface, but on a smaller surface, and thus the patient will be able to breathe better, and improve their gas exchange capacity.
Explanation:
The greater the occupied alveolar surface, the less capacity for gas exchange and therefore greater difficulty in breathing ... This would happen in patients who are fully reclined, that is, at 180 degrees.
If we position it well, between 90 and 180, approximately 130 degrees, less alveolar surface occupied by the fluid of the emphysema, greater gas exchange and therefore better breathing.
"I'll probably have diluted urine" is the statement indicates understanding of content taught about removing his or her threeway indwelling catherter and continuous bladder irrigation.
The cornerstone of the clinical management of individuals with macroscopic hematuria is continuous bladder irrigation (CBI). Blood clots and the ensuing urine retention are managed or prevented with the help of three-way indwelling catheters (IUCs) with CBI. 1
The gravity-driven foundation of CBI allows saline to flow from a hanging bag to the IUC. Understanding the characteristics of the various equipment materials is crucial since they might affect the irrigation and drainage systems.
In French (Fr), the term "calibre" for an IUC refers to the external circumference as a whole rather than the size of the lumen. A three-way IUC features a drainage port and an irrigation system, but it also has a narrower internal drainage lumen than a two-way catheter of the same size.
Learn more about three-way indwelling urinary catheter here brainly.com/question/27284006
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Answer:
<u>Cardiac output = ejection volume X heart rate
</u>
Explanation:
CARDIAC EXPENSE, is the amount of blood that the ventricles propel every minute.
<u>
Cardiac output = ejection volume X heart rate
</u>
<u />
Cardiac output is modified by changing the volume that is expelled in each beat (<em>ejection volume or systolic volume</em>), or by changing the heart rate.
<em>The heart covers a wide range of blood flow demands. Cardiac output can range from 5 to 30 L / min, depending on the activity of the organism.</em>
