It would be appropriate as we increase the time of an exercise to decrease the number of sets of that exercise because duration is more important for effective exercise.
<h3>How to make exercise more effective?</h3>
We should increase the difficulty and duration of an exercise to make it more effective because it produces overload. As an individual exercises at a higher level, the body adapts to the increased demand and this higher level leads to new form of your body.
So we can conclude that it would be appropriate as we increase the time of an exercise to decrease the number of sets of that exercise because duration is more important for effective exercise.
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The priority intervention when treating a client with diabetic ketoacidosis (DKA) is the intravenous administration of fluids, electrolytes, and insulin.
<h3>
Diabetic ketoacidosis (DKA).</h3>
A potentially fatal Diabetes Mellitus consequence is diabetic ketoacidosis. Common symptoms of DKA are:
- Vomiting,
- stomach discomfort,
- gasping for air,
- excessive urination,
- weakness,
- disorientation,
- loss of consciousness,
- "fruity" odor
Symptoms generally appear quickly. DKA may appear in people who have never had diabetes before as their first noticeable symptom.
DKA most frequently affects people with type 1 diabetes, although it can also happen to people with other forms of diabetes in specific situations like improper insulin administration.
A lack of insulin causes DKA, which causes the body to resort to burning fatty acids instead, leading to the production of acidic ketone bodies that lead to metabolic acidosis (an acid-base disorder).
When a client is in DKA, the top priority is to IV administer fluids (the excessive urination leads to dehydration), replace the electrolytes (DKA causes severe alteration in the normal concentrations of electrolytes; these need to be replaced for the correct amount to secure the normal functioning of many organs) and insulin (this reverses the DKA).
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Answer:
The most likely cause of the hearing change is a long exposure to high-frequency noise during a 4-hour flight.
Explanation:
The most common high-frequency sensorineural hearing loss is normally caused by noise exposure or aging, and often both. In this condition loud noises like a plane taking off or explosion damage the hair cells at the base of the cochlea.
The man experiencing tinnitus and hearing loss after the four-hour flight and as per the audiogram demonstration, the cause of the hearing change is most likely due to the exposure of the high-frequency sound or noise.
Thus, the correct answer is a long exposure to high-frequency noise during a 4-hour flight.
