The RNC-NIC (Neonatal Intensive Care Nursing) is a nursing certification awarded by NCC.
NCC publishes the official exam outline, eligibility rules and fees — see NCC's official page before you book.
Twenty RNC-NIC (Neonatal Intensive Care Nursing) questions, with the answers hidden until you want them — covering Pathology, Management, Pharmacology, Procedures and more. They are real cards from our 1030-card deck, not the 30 on the free preview page, so you can use both. Work through them cold, then use your score below to decide what to study next. NCC publishes the official exam outline — check it for the real blueprint.
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A neonate is born via emergency hysterectomy following delivery due to placental failure to detach. Pathological examination shows placental villi attached directly to the myometrium without intervening decidua. What is the specific classification of this placental abnormality?
Show answer →Placenta Accreta. This occurs when the decidua basalis is partially or completely absent, allowing chorionic villi to attach directly to the myometrium. It is the most common/mildest form of morbidly adherent placenta. Increta involves invasion into the myometrium; Percreta involves invasion through the myometrium into the serosa or adjacent organs (e.g., bladder). **Exam Strategy:** NCC often tests the differentiation between these three. Risk factors include previous C-section and placenta previa. Clinical presentation in the NICU involves monitoring for complications of prematurity if delivered early due to maternal hemorrhage.
A mother presents with painless vaginal bleeding immediately following spontaneous rupture of membranes. The Fetal Heart Rate (FHR) shows a sinusoidal pattern. What is the most likely underlying placental/cord pathology, and what is the primary risk to the neonate?
Show answer →Vasa Previa. This occurs when fetal vessels run through the membranes over the internal cervical os, unprotected by placental tissue or Wharton's jelly. When membranes rupture, these vessels can tear, leading to rapid fetal exsanguination (fetal blood loss, not maternal). **Exam Strategy:** Sinusoidal FHR patterns are a red flag for fetal anemia/hemorrhage. In Vasa Previa, the bleeding is 100% fetal. Neonates often present with hypovolemic shock and require immediate volume resuscitation (10mL/kg NS) and potentially O-negative blood.
During the initial physical assessment of a 34-week neonate, you note a two-vessel umbilical cord (Single Umbilical Artery). What is the priority assessment or follow-up recommendation according to current 2026 practice standards?
Show answer →A Single Umbilical Artery (SUA) is associated with an increased risk of congenital anomalies, particularly renal and cardiac. While often an isolated finding, NCC focuses on the need for a thorough physical exam to identify other markers of VACTERL association. **Clinical Pearl:** If the neonate is otherwise healthy and symmetric, some guidelines suggest no further imaging, but for the exam, recognize the association with renal malformations. If any other anomaly is present, a renal ultrasound and echocardiogram are indicated. SUA is more common in multiples and is associated with IUGR.
A neonate is born with a velamentous cord insertion. The placenta shows vessels traveling through the membranes before reaching the placental mass. During the transition, the infant is pale with a capillary refill of 4 seconds. What is the most likely cause of this presentation?
Show answer →Fetal-to-maternal hemorrhage or vessel rupture. In velamentous insertion, the umbilical vessels lack Wharton’s jelly protection as they traverse the membranes. They are highly susceptible to compression or rupture (Vasa Previa). **Clinical Pearl:** If the vessels rupture during labor, the neonate loses their own blood volume. Unlike placental abruption (where maternal blood is also lost), bleeding in velamentous insertion is purely fetal. Anticipate the need for immediate volume expansion and checking a Hgb/Hct. This condition is more frequent in multiple gestations.
A mother presents with a 40% placental abruption. The neonate is delivered via STAT C-section. Aside from hypovolemia, what metabolic derangement is most likely to be present in the neonate immediately following delivery?
Show answer →Metabolic Acidosis. Abruption causes an acute interruption of gas exchange, leading to fetal hypoxia and a shift to anaerobic metabolism. This results in the accumulation of lactic acid. **Exam Strategy:** NCC emphasizes the relationship between placental function and acid-base balance. Expect a low cord pH (typically <7.0 to 7.1) and a large base deficit (>-12 mmol/L). Monitoring for HIE (Hypoxic-Ischemic Encephalopathy) is a priority if the Apgar scores remain low and resuscitation is prolonged. Clinical management includes therapeutic hypothermia if criteria are met.
A term neonate is born at the 3rd percentile for weight with a high head-to-abdomen circumference ratio (asymmetric IUGR). Maternal history includes chronic hypertension. What placental finding is most likely, and what does this imply about the timing of the insult?
Show answer →Placental Insufficiency or Infarction. Asymmetric IUGR usually results from placental lag occurring in the late second or third trimester. The brain-sparing effect shunts blood to the brain at the expense of the liver and soft tissue. **Exam Strategy:** Differentiate from symmetric IUGR (e.g., early TORCH infections or chromosomal issues), where the insult occurs early in gestation and all measurements are equally small. Chronic HTN and preeclampsia are leading causes of placental insufficiency leading to asymmetric growth restriction and increased risk for neonatal hypoglycemia and polycythemia.
Pathological examination of a placenta from a 29-week delivery reveals funisitis. How does this finding correlate with the neonatal clinical presentation?
Show answer →Funisitis is inflammation of the umbilical cord (specifically the connective tissue or vessels) and is a definitive sign of Fetal Inflammatory Response Syndrome (FIRS). It indicates that the maternal infection (chorioamnionitis) has triggered a systemic inflammatory response in the fetus. **Clinical Pearl:** These neonates are at significantly higher risk for Early-Onset Sepsis (EOS), bronchopulmonary dysplasia (BPD), and periventricular leukomalacia (PVL). Funisitis is the fetal side of the infection, whereas chorioamnionitis refers to the maternal/membrane side.
A placenta is described as having a Battledore insertion. While usually benign, what specific risk does this pose during the third stage of labor and the immediate neonatal period?
Show answer →Marginal Insertion (Battledore) occurs when the cord attaches at the very edge of the placenta (within 2cm of the margin). The primary risk is cord avulsion during delivery of the placenta or increased risk of preterm labor. **Exam Strategy:** For the neonate, it is associated with an increased incidence of IUGR and fetal distress during labor due to suboptimal blood flow. NCC may use the terms Marginal and Battledore interchangeably. Contrast this with Velamentous, where vessels are totally unprotected by the placenta and travel through the membranes.
A neonate is born to a mother with known Placenta Previa. The delivery was a scheduled C-section at 36 weeks. What is the most common neonatal complication associated specifically with the mode and timing of this delivery?
Show answer →Transient Tachypnea of the Newborn (TTN) and Respiratory Distress Syndrome (RDS). Because placenta previa necessitates a C-section (often before 39 weeks), the neonate misses the thoracic squeeze of vaginal delivery and the hormonal surges of labor that help clear lung fluid and stimulate surfactant release. **Exam Strategy:** While bleeding is the primary maternal risk, for the RNC-NIC, focus on the neonatal respiratory transition. Late preterm status (34-36 weeks) combined with a non-labored C-section significantly increases the risk for respiratory morbidity.
A 29-week gestation neonate is born via crash C-section. After initial steps, the infant is apneic with a heart rate of 80 bpm. What is the recommended initial oxygen concentration for positive-pressure ventilation (PPV)?
Show answer →For preterm infants less than 35 weeks gestation, NRP guidelines recommend starting PPV with 21% to 30% oxygen. Titrate based on pre-ductal pulse oximetry targets. For infants 35 weeks or greater, start at 21%. Rationale: High oxygen concentrations in preemies are associated with oxidative stress and injury. Strategy: NCC often tests the 35-week cutoff for oxygen titration. Avoid the distractor of starting at 100% for all deliveries.
During PPV for a term neonate, the heart rate remains 50 bpm and the chest is not moving. You have performed the M and R of MR. SOPA. What are the next two corrective steps?
Show answer →The next steps are S (Suction mouth and nose) and O (Open mouth). The full sequence is Mask adjustment, Reposition airway, Suction, Open mouth, Pressure increase (max 40 cm H2O), and Alternative airway (ET tube or Laryngeal Mask). Rationale: Ventilation is the most important step in neonatal resuscitation. Effective PPV must be established before moving to compressions. Strategy: Memorize the order of MR. SOPA; NCC frequently asks for the next step in a failing resuscitation.
A 32-week neonate is born in a bed of thick meconium and is limp and depressed. What is the current standard of care for airway management immediately following delivery?
Show answer →The infant should be moved to the radiant warmer for the initial steps (warm, dry, stimulate). Routine endotracheal suctioning for meconium (whether vigorous or non-vigorous) is no longer recommended. If the infant is apneic or has a heart rate <100 bpm, initiate PPV immediately. Rationale: Evidence shows no benefit to routine intubation for meconium and it may delay necessary ventilation. Strategy: Distinguish between old bulb suctioning on the perineum and current NRP practice.
You are resuscitating a neonate at 1 minute of life. The HR is 40 bpm despite 30 seconds of effective PPV that moves the chest. What is the correct ratio and technique for chest compressions?
Show answer →The ratio is 3:1 (3 compressions to 1 breath), delivering 90 compressions and 30 breaths per minute (120 total events). Use the two-thumb encompassing-hands technique, compressing the lower third of the sternum to a depth of one-third the AP diameter of the chest. Increase FiO2 to 100% once compressions begin. Rationale: Maximizing cardiac output and coronary perfusion pressure is the goal. Strategy: NCC tests the 3:1 ratio and the specific depth (1/3 AP diameter).
A 26-week GA neonate has RDS. What is the optimal timing for early rescue surfactant administration according to current 2026 NCC standards?
Show answer →Early rescue surfactant is ideally administered within the first 30–60 minutes of life for infants with RDS. Evidence demonstrates that early administration significantly reduces the risk of air leaks, bronchopulmonary dysplasia (BPD), and neonatal mortality compared to delayed therapy. NCC Exam Strategy: Differentiate between prophylactic (given in the delivery room regardless of symptoms, which is less common now) and early rescue (given based on clinical signs or FiO2 needs). Current standards favor early rescue for infants failing CPAP to minimize unnecessary intubation while ensuring rapid treatment for those who need it.
During surfactant administration via the INSURE method, the neonate experiences sudden bradycardia and a drop in SpO2 to 70%. What is the priority nursing action?
Show answer →The priority is to pause the administration, maintain the airway, and ensure adequate ventilation/oxygenation (often via PPV) until the infant stabilizes. Do not immediately suction the ETT unless an obstruction is suspected, as suctioning removes the newly administered medication. Clinical Pearl: Transient bradycardia and hypoxia are common adverse effects caused by the physical presence of liquid in the airways obstructing gas exchange. Once the drug distributes into the distal lungs, heart rate and saturation typically recover. NCC often tests the pause and stabilize approach over stop and suction.
A 28-weeker on Bubble CPAP at 6 cmH2O has frequent desaturations and increased WOB. The water in the canister is bubbling vigorously, but the chest rise is poor and the infant is mouth-breathing. What is the most likely cause and the priority nursing action?
Show answer →The most likely cause is pressure loss due to an open mouth or a system leak. In Bubble CPAP, vigorous bubbling indicates flow is reaching the water, but if the infant's mouth is open, the intended MAP (Mean Airway Pressure) is not maintained. Priority Action: Ensure the mouth is closed (using a chin strap or pacifier) and check the seal of the nasal interface. NCC Strategy: Focus on the circuit integrity. If bubbling occurs but the patient isn't responding, the pressure is escaping before it can provide alveolar stability. Distractor: Increasing the flow won't help if the leak (the mouth) isn't addressed first.
A 32-weeker is transitioning from CPAP of 5 cmH2O to HFNC. According to 2026 evidence-based guidelines, what initial HFNC flow rate is most appropriate to maintain similar distending pressure, and what is the primary risk of using flow rates >8 L/min in VLBW infants?
Show answer →Initial HFNC flow should typically start at 4–6 L/min to approximate the distending pressure of 5 cmH2O CPAP. Risk of >8 L/min: Unpredictable and potentially excessive end-expiratory pressure. Because HFNC is an open system, pressure is generated by flow meeting resistance; higher flows in small airways can create inadvertent PEEP that exceeds safe limits, increasing the risk of air leaks (pneumothorax). NCC Exam Tip: HFNC does not allow for direct pressure monitoring; clinicians must rely on clinical signs of WOB and aeration.
A strip shows FHR 140 bpm, moderate variability, no late or variable decelerations, and present accelerations. How is this categorized by NICHD, and what does it predict for the neonate at birth?
Show answer →Category I (Normal). It is strongly predictive of normal fetal acid-base status at the time of observation. Components: Baseline 110-160, moderate variability, no late/variable decels; early decels and accelerations may be present or absent. Clinical Pearl: No specific action required; continue routine monitoring. NCC emphasizes that Category I strips do not require NICU team presence at delivery unless other risk factors exist.
When performing the New Ballard Score on a 32-week infant, what is the expected progression of muscle tone development observed in the Posture component?
Show answer →Muscle tone in neonates develops in a caudocephalic (tail-to-head) and centripetal (distal-to-proximal) direction. At 32 weeks, you expect to see flexion of the lower extremities (hips and knees) but limited flexion of the upper extremities (Score 2). By 36-38 weeks, all four limbs show flexion (Score 3-4). NCC Exam Tip: Tone is the last thing to develop and the first thing lost in a sick or hypoxic neonate. A score of 0 or 1 in a suspected term infant indicates significant clinical depression or neurological impairment rather than true prematurity.
A 24-week ELBW infant on Day 1 is in a non-humidified incubator. What factor most significantly increases this infant's fluid requirements?
Show answer →Insensible Water Loss (IWL). In ELBW infants, IWL can be 100-200 mL/kg/day due to thin, permeable skin, large surface-area-to-mass ratio, and lack of subcutaneous fat. High humidity (80-90%) is the LATEST standard to reduce IWL. Exam Tip: NCC emphasizes that IWL is inversely proportional to GA and BW. Radiantly heated beds increase IWL by 40-50% compared to double-walled incubators.
17–20 correct
Strong. Move to the hardest material and timed drilling rather than re-reading topics you already know.
12–16 correct
A normal mid-prep score. Work the topics you missed one at a time — the topic pages below are built for exactly that.
Under 12 correct
Early days. Go topic by topic instead of taking more mixed tests: pick your weakest area below and drill it until the questions feel routine.
Pathology questions
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Management questions
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Pharmacology questions
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Procedures questions
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