When a newborn is apneic at birth, NRP-trained providers must act within seconds — every moment of delayed intervention increases the risk of hypoxic brain injury or death. The Neonatal Resuscitation Program (NRP), developed jointly by the American Academy of Pediatrics (AAP) and the American Heart Association (AHA), equips healthcare professionals with the systematic skills needed to stabilize compromised newborns immediately after delivery. Mastering these skills requires not just reading the textbook but relentlessly drilling the decision points until your responses become automatic.

This page gives you access to free nrp practice questions organized across all major NRP domains, from initial assessment and warmth provision to advanced airway management, chest compressions, and medication administration. Each practice test mirrors the style and difficulty of the real NRP exam, so you build both content knowledge and test-taking confidence at the same time. Whether you are sitting for your first NRP certification or renewing for the fifth time, targeted practice is the fastest route to a passing score.

The NRP 8th Edition, currently the standard in the United States, places heavier emphasis on clinical decision-making than any previous edition. Scenarios now follow a branching algorithm that requires providers to recognize subtle signs — labored breathing, persistent central cyanosis, poor tone — and escalate care precisely when conditions change. Practice questions replicate this branching logic, training you to pivot interventions based on the newborn's response rather than following a rigid script.

One of the most common stumbling blocks for candidates is the apneic newborn scenario. When you see that a newborn is apneic at birth, NRP guidelines dictate that you simultaneously assess heart rate, tone, and breathing effort within the first 30 seconds of life. If the infant does not improve with initial steps — warming, drying, stimulation, and airway positioning — you must escalate immediately to positive-pressure ventilation (PPV) with a properly fitted mask at a rate of 40 to 60 breaths per minute. Practice questions make these split-second decisions feel familiar rather than foreign.

Airway management is tested heavily on the NRP exam, and for good reason — improper mask seal, incorrect head position, or failure to recognize ineffective ventilation accounts for the majority of preventable neonatal deaths in the delivery room. Our practice tests walk you through each corrective step in the MR SOPA mnemonic (Mask adjustment, Reposition airway, Suction mouth and nose, Open mouth, Pressure increase, Alternate airway) so that you can identify the right intervention at each stage without hesitation.

Beyond the immediate resuscitation sequence, NRP candidates must also understand post-resuscitation care, ethical considerations around anticipated non-viable deliveries, and the safe use of medications like epinephrine and volume expanders. These topics appear on the written exam and in the integrated skills station, and they trip up even experienced NICU nurses and neonatologists who underestimate the breadth of the curriculum. Our topic-specific quizzes cover every domain so you never walk into a testing station with a knowledge gap.

Use this page as your central hub for NRP exam prep. Work through the quizzes in order, note which domains give you trouble, then revisit those sections with focused review before your exam date. Consistent, deliberate practice on realistic scenarios is what separates candidates who pass on the first attempt from those who need a retake — and this resource is designed to make sure you are in the first group.

The first 60 seconds after birth — the "golden minute" — define the entire trajectory of neonatal resuscitation. NRP guidelines are explicit: every delivery room team must complete the initial assessment and, if needed, begin positive-pressure ventilation within that 60-second window.

When a newborn is apneic at birth, NRP's algorithm directs providers to provide warmth immediately, position the head in a sniffing position to open the airway, clear secretions from the mouth and nose if necessary, dry and stimulate the infant, and then re-evaluate in one simultaneous rapid assessment. If the infant is not breathing or is breathing inadequately, and the heart rate is below 100 beats per minute, PPV must begin without further delay.

Understanding the physiology behind apnea at birth is just as important as knowing the algorithm. Most newborns experience primary apnea — a brief cessation of breathing caused by the physiological stress of delivery, during which stimulation alone can restore respiratory drive. However, if the hypoxic insult is prolonged, the infant may pass through primary apnea into secondary apnea, a deeper state from which spontaneous recovery is impossible. The challenge in the delivery room is that you cannot clinically distinguish primary from secondary apnea; therefore, NRP treats all apnea as potentially secondary and mandates PPV immediately rather than watching and waiting.

Mask fit and seal quality are the single most important technical skills during initial PPV. Research published in neonatal resuscitation journals consistently shows that an improperly fitted mask is the leading cause of failed ventilation before escalation to endotracheal intubation. When practice questions present a ventilating provider with rising chest but poor oxygen saturation, candidates must recognize the need to reassess mask seal before assuming ETT placement is required. This nuance is frequently tested and frequently missed by candidates who skip practice drills.

Heart rate assessment during resuscitation has evolved significantly in recent NRP editions. The program now recommends using a cardiac monitor — either a pulse oximeter or a three-lead ECG — rather than relying on auscultation alone, because auscultated heart rates can be inaccurately low, leading to unnecessary escalation. On the written exam, you may see questions asking which monitoring modality provides the most reliable real-time heart rate during active resuscitation; the answer is the three-lead ECG, and understanding why helps you answer related questions about equipment setup and troubleshooting.

Oxygen titration is another heavily tested concept. The 8th Edition emphasizes starting resuscitation of term newborns at 21% oxygen (room air) rather than 100% oxygen, and using pulse oximetry targets from the NRP reference table to guide blended oxygen administration. Practice questions frequently present candidates with a 30-second-old infant at 80% SpO2 and ask whether to increase oxygen concentration — the correct answer depends on the Minute-by-Minute target table, which shows that 60–65% SpO2 is acceptable at 1 minute of life. Memorizing this table and understanding when deviations are clinically significant dramatically improves your score on oxygen-related questions.

Chest rise is your primary indicator of effective ventilation during mask PPV, and the NRP exam tests this concept repeatedly. If you deliver a breath and see no chest rise, you must work through the MR SOPA corrective steps sequentially before assuming the airway is unsalvageable. Exam questions often present providers who jump immediately to intubation after a single failed breath — this is wrong. The correct sequence requires at least one full run of MR SOPA first, because most ventilation failures are caused by correctable technical errors at the mask, not anatomical obstructions that require intubation.

Finally, candidates should understand the critical heart rate thresholds that trigger escalation. If the heart rate remains below 60 beats per minute despite 30 seconds of effective PPV (confirmed by visible chest rise), the team must add chest compressions coordinated with ventilation. If the heart rate remains below 60 beats per minute after 60 seconds of compressions plus PPV, epinephrine administration through the umbilical venous catheter or an ETT is the next step. Knowing these thresholds cold — without having to think — is what the practice quizzes on this page are designed to build.

Advanced NRP interventions — intubation, chest compressions, and medication administration — are tested both on the written exam and during the hands-on integrated skills stations. Understanding when to escalate is just as important as knowing how to perform each skill.

The NRP algorithm is intentionally stepwise: you do not move to chest compressions until you have confirmed effective ventilation, and you do not administer epinephrine until compressions have been ongoing for at least 60 seconds without achieving a heart rate above 60 beats per minute. Practice questions repeatedly test these sequencing requirements because violating them is a critical error in both the exam and real clinical practice.

Endotracheal intubation in the delivery room is indicated when PPV via mask is ineffective despite completing MR SOPA, when the infant requires tracheal suctioning for meconium-stained amniotic fluid and is non-vigorous, when chest compressions are needed (because a secure airway improves ventilation efficiency during compressions), or when prolonged ventilation is anticipated. The NRP exam tests each of these indications individually, and candidates must know not just what to do but why — because the written exam often presents distractors that make premature intubation seem reasonable.

Laryngoscope blade selection and depth of ETT insertion are technical details that appear in both written questions and skills stations. A size 0 blade is used for infants under 1,500 grams, while a size 1 blade is used for larger preterm and term infants. ETT depth can be estimated using the NRP lip-to-tip formula: add 6 to the infant's weight in kilograms to determine the centimeter mark at the lip. For a 3-kilogram term infant, the tube should be secured at 9 cm at the lip. This formula is a high-yield exam fact that appears in multiple question formats.

Umbilical venous catheter (UVC) placement is the preferred route for emergency medication delivery in neonatal resuscitation. The UVC is inserted 2–4 cm past the skin surface until blood flows freely, then secured. Exam questions test the steps of UVC insertion, the signs of improper placement (resistance, inability to aspirate blood, or location outside the liver shadow on X-ray), and the medications and volumes delivered through this route. Candidates who have never placed a UVC in clinical practice benefit enormously from simulation-based rehearsal before the skills station.

Volume expansion with normal saline at 10 mL/kg over 5 to 10 minutes is appropriate when the infant is pale, has weak pulses, and is not responding to resuscitation in the setting of known or suspected blood loss — such as after a placental abruption or cord avulsion. Practice questions present clinical vignettes with these specific features and ask candidates to differentiate between epinephrine administration and volume expansion as the next step. The key discriminating factor is evidence of hypovolemia, not simply failure to respond to compressions — a distinction many candidates miss without deliberate practice.

Post-resuscitation glucose monitoring is an essential but often overlooked NRP topic. Hypoglycemia after perinatal asphyxia is common and worsens brain injury, so blood glucose should be checked within 30 minutes of resuscitation and maintained above 45 mg/dL. Practice questions may present a stabilized newborn post-resuscitation and ask which monitoring parameter is the highest priority — glucose is the correct answer ahead of temperature, blood pressure, or repeat pulse oximetry in many scenarios. Understanding the physiological rationale for this priority helps you generalize to novel question formats.

Therapeutic hypothermia for hypoxic-ischemic encephalopathy represents one of the most clinically impactful advances in neonatal medicine in the past two decades. NRP providers must know the three eligibility criteria — gestational age at or above 36 weeks, evidence of perinatal asphyxia, and signs of moderate to severe encephalopathy — and understand that cooling must begin within six hours of birth to be effective.

Exam questions frequently test the exclusion criteria (gestational age below 36 weeks, birth weight below 1,800 grams in some protocols) and the principle that hypothermia should not be initiated in the field without neonatal intensive care unit coordination.

Building a structured study plan is the single most effective strategy for NRP exam success, and it starts with an honest self-assessment of where your knowledge gaps lie. Most experienced providers overestimate their familiarity with the algorithm's fine details — particularly the specific heart rate thresholds, oxygen targets, and medication doses that change between editions. Before you schedule your NRP course, take at least one full practice test to identify which domains need the most attention, then allocate proportionally more study time to those areas rather than reviewing content you already know.

A two-week study schedule works well for most candidates. In the first week, focus on algorithm comprehension: read the NRP provider textbook chapter by chapter, paying close attention to the decision points at each branch of the flow chart. In the second week, shift entirely to active practice — scenario-based questions, timed mock exams, and hands-on skills rehearsal. This sequencing ensures you build a conceptual foundation before testing your knowledge under pressure, which produces faster and more durable learning than interleaving reading and quizzing from the start.

When reviewing practice question explanations, do not simply confirm that you got the right answer — analyze why each distractor is wrong. NRP questions are carefully crafted so that each incorrect option represents a plausible but mistaken clinical decision.

Understanding why option B is wrong in addition to why option A is right doubles your learning from each question and prepares you for the novel phrasings and clinical contexts that appear on the actual exam. This approach also helps you identify patterns in how the exam tests certain concepts, such as always presenting the escalation question before the de-escalation question in a sequence.

Simulation practice with colleagues is underutilized by most NRP candidates, particularly those renewing rather than taking the program for the first time. Running through 10-minute delivery room scenarios with a partner playing the role of evaluator builds the muscle memory and communication habits that are directly assessed at the skills station. Even informal practice with a bag-mask device and a manikin for 30 minutes the day before your course meaningfully improves performance on the ventilation station, according to neonatal education research.

Do not neglect the ethical content on the NRP exam. Questions about non-initiation of resuscitation for periviable deliveries (typically below 22 weeks of gestation), the decision to discontinue ongoing resuscitation after 20 minutes without a return of spontaneous circulation, and how to communicate with families during and after resuscitation are all testable content. These questions have no algorithm — they require understanding the ethical principles of beneficence, non-maleficence, and family-centered care. Reading the NRP textbook's ethics chapter carefully and working through the free ethics practice quiz on this page will prepare you for this domain.

The integrated skills station evaluators use standardized checklists, which means partial credit is not available — you either perform each step or you do not. Review the checklist for each station in the NRP provider textbook appendix before your course date. Many candidates fail skills stations not because they lack the knowledge but because they skip a step under pressure or perform steps out of sequence. Knowing the exact order of actions for each station — from the initial call-out to the final confirmation step — is as important as knowing the clinical rationale behind each step.

Finally, remember that NRP certification is not just about passing an exam — it is about being prepared to save a life at 3:00 AM when a premature infant delivers unexpectedly and your team needs to function flawlessly under stress. The practice questions on this page are calibrated to build that readiness, not just test recall. Approach your prep with that stakes awareness, and you will carry the right mindset into both your exam and your clinical practice.

Test-day execution is a skill in itself, and candidates who have done the prep work sometimes underperform because they let exam anxiety override trained responses. The most effective antidote is familiarity — both with the material and with the exam format. Candidates who have worked through 200 or more practice questions before exam day report significantly lower anxiety at the written exam because the question format feels like revisiting known territory rather than encountering an unpredictable challenge.

Time management during the written exam deserves attention. Most NRP written exams have a generous time limit, but candidates who dwell on difficult questions can spiral into anxiety and lose focus for subsequent questions. Use a two-pass strategy: on the first pass, answer every question you can answer confidently and mark uncertain questions for review. On the second pass, apply clinical reasoning to marked questions — eliminate clearly wrong options, identify the key clinical finding in the vignette, and match it to the algorithm step. Never leave a question blank; educated guessing is always better than no answer.

For the skills stations, arrive knowing that evaluators want to see confident, organized, step-by-step performance — not perfection. If you make a minor error, correct it calmly and continue without losing momentum. Evaluators are trained to distinguish candidates who understand the algorithm from those who have memorized a sequence, and the fastest way to demonstrate understanding is to verbalize your reasoning aloud: "Heart rate is below 60 after 30 seconds of effective PPV — I'm initiating chest compressions." This narration shows the evaluator exactly where you are in the algorithm and helps both of you stay oriented during fast-moving scenarios.

After your NRP course, the real work of skill retention begins. Research on resuscitation training consistently shows that procedural skills decay within 3 to 6 months without practice, which is why many hospitals require NRP providers to participate in mock code drills or simulation-based maintenance training between certification cycles. If your institution offers these opportunities, take them seriously — a 20-minute delivery room simulation once per quarter does more for skill retention than a 4-hour review session the week before renewal.

Keep your NRP provider card current and note your renewal date on your calendar two months in advance. Most providers need to complete eSim modules and attend a renewal course that is typically shorter than the initial certification course — but the written exam questions are drawn from the same pool as initial certification, so your prep strategy should be equally thorough. Complacency at renewal is the most common reason experienced providers fail — they assume familiarity with the algorithm and skip the deliberate practice that made them competent in the first place.

Use the quizzes on this page as part of an ongoing maintenance strategy, not just a pre-exam sprint. Running through 10 to 15 practice questions once a month keeps the NRP algorithm active in your long-term memory and helps you catch any drift from the current evidence base. When the AAP and AHA release guideline updates — as they do periodically between major NRP editions — the practice questions on this site are updated to reflect the current standard so you are never studying outdated material.

Whether you are a labor and delivery nurse, a neonatologist, a respiratory therapist, a family medicine physician, or an EMT preparing for a high-risk transport, the core message is the same: prepared providers save lives. The free practice quizzes on this page are your most efficient tool for building and maintaining that preparedness. Start with the domain where you are least confident, work through every quiz at least once, and revisit the ones you find most challenging. Your next delivery room emergency will thank you for the time you invested today.