End
1 :

1500:

Adolescent's parents report the adolescent has been weak and short of breath, and has not eaten in the past 3 days. Dry cough with some wheezing noted in bilateral upper lobes.

Dyspnea noted during assessment with adolescent sitting in upright position. Adolescent reports, "l breathe better sitting straight up." Provider notified.

1515:

Respiratory therapist administered humidified oxygen via nasal cannula at 2 L/min

1930:

Adolescent sitting upright. Reports dyspnea with activity. Maintaining oxygen at 2 L/min via nasal cannula. Ate a portion of their dinner tray. Mild wheezing noted in upper lung lobes. Voided 900 mL clear yellow urine.

1500:

Blood pressure 143/92 mm Hg

Apical pulse rate 110/min

Respiratory rate 26/min

Temperature 37.2°C (99°F)

Oxygen saturation 94% on room air

Weight 50 kg (110 lb)

1930:

Blood pressure 129/72 mm Hg

Apical pulse rate 92/min

Respiratory rate 20/min

Temperature 37.1°C (98.8°F)

Oxygen saturation 97% on 2 L/min via nasal cannula.

1510:

Humidified oxygen at 2 L/min via nasal cannula

Furosemide IV 20 mg daily

Digoxin 0.5 mg PO daily; hold if apical pulse is less than 70/min

Enalapril 5 mg PO twice daily

Regular diet with no added table salt

Record intake and output daily

1530:

Administered furosemide IV 20 mg

Administered enalapril 5 mg PO

Administered digoxin 0.5 mg PO; apical pulse 110/min

Medical History

ALLERGIES: Penicillin, tramadol

Adolescent has a history of cardiomyopathy with manifestations of heart failure.


The nurse reassesses the adolescent at 1930. For each assessment finding click to specify if the finding indicates that the adolescent's condition has improved or has not changed.


Assessment Finding improved No change
lung sound
Dyspnea
Blood pressure
Respiratory rate
Heart rate
Oral intake
Oxygen saturation

Hint : Look for trends showing better breathing, better circulation, and better overall functioning compared to the initial assessment.

Correct Answers

  • lung sound [ improved ]
  • Dyspnea [ improved ]
  • Blood pressure [ improved ]
  • Respiratory rate [ improved ]
  • Heart rate [ improved ]
  • Oral intake [ improved ]
  • Oxygen saturation [ improved ]

Rationale :

🟦 1. Lung sounds — Improved

🟦 At 1500, the adolescent had dry cough and wheezing in the upper lobes, indicating airway obstruction likely due to fluid retention from heart failure.

🟦 By 1930, documentation shows only mild wheezing, demonstrating a less severe respiratory obstruction.

🟦 This improvement aligns with the expected response to furosemide, which removes excess fluid and reduces pulmonary congestion.

🟦 While not fully resolved, the decrease in wheezing indicates better ventilation and improved cardiopulmonary status.

🟩 2. Dyspnea — Improved

🟩 At 1500, dyspnea was present even while sitting upright, indicating significant respiratory distress and poor cardiac output.

🟩 By 1930, the adolescent reports dyspnea only with activity, meaning resting breathing has improved.

🟩 This pattern matches expected improvement after oxygen therapy and diuretic administration.

🟩 Activity-related dyspnea is typical in heart failure, but improvement at rest shows better oxygenation and reduced pulmonary congestion.

🟧 3. Blood Pressure — Improved

🟧 Initial BP was 143/92, showing elevated afterload commonly seen in heart failure exacerbation.

🟧 By 1930, BP decreased to 129/72, reflecting better cardiac workload and afterload reduction.

🟧 This improvement is consistent with the action of enalapril, an ACE inhibitor that reduces vascular resistance.

🟧 Improved BP supports enhanced cardiac efficiency and stabilization.

🟨 4. Respiratory Rate — Improved

🟨 The initial respiratory rate of 26/min indicated compensatory tachypnea due to poor oxygenation and fluid overload.

🟨 At reassessment, RR decreased to 20/min, which falls within the normal range for adolescents.

🟨 This demonstrates reduced respiratory effort and improved gas exchange after diuresis and oxygen therapy.

🟨 A normalized respiratory rate signals improved cardiopulmonary function.

🟪 5. Heart Rate — Improved

🟪 The apical pulse was 110/min, showing tachycardia—often a compensation for low cardiac output in heart failure.

🟪 By 1930, the heart rate dropped to 92/min, indicating reduced cardiac stress and improved ventricular function.

🟪 Digoxin improves contractility, allowing the heart to work more efficiently with fewer beats.

🟪 Lower HR reflects stabilization and better hemodynamic status.

🟫 6. Oral Intake — Improved

🟫 At 1500, the adolescent had not eaten for 3 days, indicating poor perfusion, fatigue, and possibly dyspnea that interfered with eating.

🟫 By 1930, the adolescent ate a portion of their dinner tray, showing improved energy level and respiratory comfort.

🟫 Adequate oral intake is a crucial indicator of improving systemic and metabolic stability.

🟫 This reflects better overall functioning and symptom relief.

🟩 7. Oxygen Saturation — Improved

🟩 Initial oxygen saturation was 94% on room air, which is borderline low for adolescents.

🟩 By 1930, saturation increased to 97% on 2 L/min oxygen, demonstrating more effective gas exchange.

🟩 The improved saturation is consistent with reduced pulmonary edema after diuretic therapy.

🟩 This result indicates improved clinical stability and better oxygen delivery to tissues.


Distractor Analysis :

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