The nurse understands causes of respiratory acidosis include: (SELECT ALL THAT APPLY)
asthma
hyperventilation
chronic obstructive pulmonary disease
renal insufficiency
pneumonia
Correct Answer : C,E
A. Asthma:
Explanation: Asthma is associated with respiratory alkalosis, not respiratory acidosis. In asthma, there is often hyperventilation leading to a decrease in carbon dioxide levels.
B. Hyperventilation:
Explanation: Correct. Hyperventilation can cause respiratory alkalosis, not respiratory acidosis. It leads to a decrease in carbon dioxide levels.
C. Chronic obstructive pulmonary disease (COPD):
Explanation: Correct. Conditions like COPD can lead to respiratory acidosis. In COPD, there is impaired ventilation, leading to an accumulation of carbon dioxide.
D. Renal insufficiency:
Explanation: Renal insufficiency is not a direct cause of respiratory acidosis. Respiratory acidosis is primarily related to respiratory system dysfunction.
E. Pneumonia:
Explanation: Correct. Pneumonia can cause respiratory acidosis. In pneumonia, there may be difficulty in eliminating carbon dioxide due to impaired gas exchange.
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Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
A. To prevent post-prandial hypoglycemia:
This statement is not accurate. Insulin Lispro is a rapid-acting insulin used for mealtime coverage to manage post-prandial glucose levels, but it is not given to prevent hypoglycemia.
B. To treat the carbohydrates the client ate:
This statement is more accurate. Insulin Lispro is used to cover the rise in blood sugar that occurs after meals. It helps regulate glucose levels by managing the effect of ingested carbohydrates.
C. To treat the client's blood glucose level:
This statement is generally correct. Insulin Lispro is administered to manage and lower elevated blood glucose levels, especially in response to meals.
D. As a basal dose to prevent hyperglycemia for up to 24 hours:
This statement is incorrect. Insulin Lispro is a rapid-acting insulin and is not used for basal (long-acting) coverage. Basal insulin is usually provided by long-acting insulin formulations.
Correct Answer is B
Explanation
A. Monitoring the patient's breathing and reviewing the patient's arterial blood gases:
Rationale: While respiratory status is crucial in any patient assessment, arterial blood gases primarily evaluate respiratory function. Neutropenia directly affects the immune system, not respiratory function.
Appropriateness: Not directly related to assessing neutropenia.
B. Monitoring the patient's temperature and reviewing the patient's complete blood count with differential:
Rationale: Neutropenia can cause fever due to the increased risk of infection. Monitoring temperature and reviewing the complete blood count (CBC) with differential, specifically the neutrophil count, is essential in evaluating neutropenia and identifying potential infections.
Appropriateness: Correct. Monitoring temperature and reviewing CBC with differential are crucial in assessing neutropenia.
C. Monitoring the patient's blood pressure and reviewing the patient's hematocrit:
Rationale: Blood pressure assessment and hematocrit evaluation are essential aspects of general patient care but are not specific to neutropenia.
Appropriateness: Not directly related to assessing neutropenia.
D. Monitoring the patient's heart rate and reviewing the patient's hemoglobin:
Rationale: Heart rate monitoring and hemoglobin assessment are crucial in various clinical situations but are not specific indicators of neutropenia.
Appropriateness: Not directly related to assessing neutropenia.
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