A.
Encouraging vigorous exercise.
✓
B.
Implementing strict infection control measures and monitoring for signs of infection.
✓
C.
Offering high-fiber foods.
✓
D.
Limiting fluid intake.
✓
A.
Respiratory alkalosis.
✓
B.
The body's attempt to compensate for metabolic acidosis by blowing off CO2?.
✓
D.
Metabolic alkalosis.
✓
B.
New onset of cyanosis or increased respiratory distress.
✓
C.
Increased activity level.
✓
D.
Mild nasal congestion.
✓
A.
Administering oral corticosteroids.
✓
B.
Immediately administering a short-acting beta-agonist (SABA) via nebulizer or metered-dose inhaler with spacer.
✓
C.
Encouraging the child to lie down.
✓
D.
Taking a detailed history of the child's allergies.
✓
A.
Oral rehydration solution (ORS) administration.
✓
B.
Intravenous (IV) fluid bolus of isotonic solution (e.g., normal saline).
✓
C.
Administration of an antiemetic.
✓
D.
Administration of an antipyretic.
✓
A.
To prevent infection at the injection site.
✓
B.
To ensure proper absorption and prevent lipohypertrophy.
✓
C.
To make the injections less painful.
✓
D.
To reduce the cost of insulin.
✓
A.
Administering antibiotics immediately.
✓
B.
Providing humidified oxygen, ensuring adequate hydration, and frequent suctioning to clear secretions.
✓
C.
Placing the infant in Trendelenburg position.
✓
D.
Encouraging vigorous play.
✓
A.
Assessing the child's level of consciousness and responsiveness.
✓
B.
Asking the parents about the last time the child ate.
✓
C.
Determining the exact onset and progression of symptoms, and assessing respiratory effort for signs of impending respiratory failure.
✓
D.
Checking the child's weight.
✓
A.
Blocking histamine receptors.
✓
B.
Relaxing bronchial smooth muscle.
✓
C.
Reducing inflammation in the airways.
✓
D.
Suppressing the cough reflex.
✓
