Answer:
neglect im pretty sure (sorry if im wrong)
At a flow rate of 6 L/min, a nasal cannula can deliver an approximate oxygen concentration of up to: 44%
<h3>How to calculate the oxygen concentration?</h3>
We are given;
Flow rate of Nasal Cannula = 6 L/min
Now, from research we know that Nasal cannula delivers oxygen concentrations of approximately a minimum of 24% to a maximum of 44% at flow rates of a minimum of 1 L/minute to a maximum of 6 L/minute in adolescents and adults.
Now, since the flow rate we are given is a maximum of 6 L/min, then we can say that the approximate oxygen concentration is 44%.
Read more about Oxygen Concentration at; brainly.com/question/4263359
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Answer:
The answer to the question: You should immediately... while talking about a woman who flagged you after lunch to inform you that she has found a young child by the roadside, who seems not to be breathing, and who seems to have been hit by a car, would be, B: Advise dispatch that you have been flagged down for a possible emergency.
Explanation:
The reason for this being the correct answer, instead of simply calling for assistance, calming the woman down, or grabbing your equipment and getting to the child´s location is that you have been informed of a possible emergency, but you are not yet sure of what exactly has happened, and if everything the woman has related, is accurate. As such, the first thing you need to do is inform dispatch that you have been informed of a possible situation so that they ready the necessary support in case the emergency is real, and it is all that was made out to be. Then, you must go and assess the situation.
Look for a bracelet or necklace
oral phase
: During the oral phase, food is chewed and mixed with saliva to form a soft consistency called a bolus.
pharyngeal phase
: During the pharyngeal phase, the vocal folds close to keep food and liquids from entering the airway.
esophageal phase: As food leaves the pharynx, it enters the esophagus, a tube-like muscular structure that leads food into the stomach due to its powerful coordinated muscular contractions
Explanation: