Nursing Elites

1. While suctioning the endotracheal tube of an adult client, what level of pressure should the nurse apply?

• A. 70-80 mmHg
• B. 100-120 mmHg
• C. 150-170 mmHg
• D. 200 mmHg

Correct answer: B

Rationale: When suctioning the endotracheal tube of an adult client, the nurse should set the suction apparatus at a level no higher than 150 mmHg, with a preferable level between 100 and 120 mmHg. Suction pressure that is too high can contribute to the client's hypoxia. Alternatively, too low suction pressure may not clear adequate amounts of secretions. Choice A (70-80 mmHg) is too low and may not effectively clear secretions. Choices C (150-170 mmHg) and D (200 mmHg) are too high and can potentially harm the client by causing hypoxia or damaging the airway.

2. A mother brings her 5-week-old infant to the health care clinic and tells the nurse that the child has been vomiting after meals. The mother reports that the vomiting is becoming more frequent and forceful. The nurse suspects pyloric stenosis and asks the mother which assessment question to elicit data specific to this condition?

• A. Are the stools ribbon-like, and is the infant eating poorly?
• B. Does the infant suddenly become pale, begin to cry, and draw the legs up to the chest?
• C. Does the vomit contain sour, undigested food without bile, and is the infant constipated?
• D. Does the infant cry loudly and continuously during the evening hours but nurses or takes formula well?

Correct answer: C

Rationale: Vomiting undigested food that is not bile stained and constipation are classic symptoms of pyloric stenosis. Stools that are ribbon-like and a child who is eating poorly are signs of congenital megacolon (Hirschsprung's disease). An infant who suddenly becomes pale, cries out, and draws the legs up to the chest is demonstrating physical signs of intussusception. Crying during the evening hours, appearing to be in pain, eating well, and gaining weight are clinical manifestations of colic.

3. After assessing Mr. B, what is the initial action of the nurse?

• A. Immediately place the client in a negative-pressure room
• B. Set the client up to receive a bronchoscopy
• C. Contact the physician for antifungal medications
• D. Administer oxygen and assist the client to sit in the semi-Fowler's position

Correct answer: A

Rationale: The first action the nurse should take after assessing Mr. B is to administer oxygen and assist him to sit in the semi-Fowler's position. Administering oxygen helps improve tissue oxygenation, while sitting up in a semi-Fowler's position aids in better breathing and secretion clearance. Placing the client in a negative-pressure room is not the immediate priority unless isolation is needed. Performing a bronchoscopy or contacting the physician for antifungal medications is not the initial step in managing a client with suspected pneumonia.

4. A patient who was admitted the previous day with pneumonia complains of a sharp pain of 7 (based on a 0 to 10 scale) whenever taking a deep breath. Which action will the nurse take next?

• A. Auscultate breath sounds.
• B. Administer PRN morphine.
• C. Have the patient cough forcefully.
• D. Notify the patient's healthcare provider.

Correct answer: A

Rationale: The patient's complaint of sharp pain when taking a deep breath is concerning for pleurisy or pleural effusion. The nurse should auscultate breath sounds to assess for a pleural friction rub or decreased breath sounds, which could indicate these conditions. It is crucial to gather assessment data before initiating any pain medications. Asking the patient to cough forcefully may exacerbate the pain and should be avoided until further assessment. Contacting the healthcare provider should be based on the assessment findings; therefore, it is premature to notify the provider without conducting a thorough assessment first.

5. Clinical manifestations of asthma include:

• A. Decreased expiratory time
• B. Increased peak expiratory flow
• C. Increased use of accessory muscles
• D. Increased oxygen saturation

Correct answer: C

Rationale: Clinical manifestations of asthma include increased use of accessory muscles, increased expiratory time, increased peak expiratory flow, and decreased oxygen saturation. Choice A, 'Decreased expiratory time,' is incorrect because asthma typically presents with increased expiratory time due to airway obstruction. Choice B, 'Increased peak expiratory flow,' is incorrect as asthma commonly leads to decreased peak expiratory flow due to airway constriction. Choice D, 'Increased oxygen saturation,' is incorrect because asthma exacerbations often result in decreased oxygen saturation levels.

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