- The PALS cognitive exam is 50 questions; you need 84% (42 correct) to pass.
- The exam is open-resource - you can reference your AHA PALS Provider Manual during testing.
- Current exams use 2025 AHA Guidelines materials; HeartCode PALS launched October 22, 2025, with new materials required by March 1, 2026.
- Practice questions that mirror clinical pediatric scenarios - not generic MCQ drills - are the most effective prep tool.
What the PALS Exam Actually Looks Like
Before you can practice effectively, you need an accurate mental model of the test itself. The PALS certification exam administered through the American Heart Association (AHA) - co-branded with the American Academy of Pediatrics - is not a high-stakes standardized test administered at a Pearson VUE or Prometric center. It is a 50-question cognitive exam delivered either on paper or through an online system at an AHA Training Center, or through the HeartCode adaptive platform.
The AHA does not mandate a fixed written-exam time limit. Your Training Center instructor or coordinator determines how much time you have, which means the pressure is less about racing a clock and more about demonstrating genuine clinical comprehension. That said, do not interpret "open resource" or "no fixed time limit" as license to walk in unprepared - the 84% passing threshold is meaningful, and the questions are clinically specific.
To understand the full scope of what you're preparing for, read our What Is PALS? overview, which explains both the certification structure and the clinical context behind it.
The written cognitive exam is only one component. You also must pass hands-on skills testing and simulated team case scenarios - a fact that distinguishes PALS from many other written exams. Practicing questions in isolation, while important, must be paired with scenario-based thinking. For a deeper look at the difficulty of all exam components together, see How Hard Is the PALS Exam? Complete Difficulty Guide 2026.
Question Format and Structure
Multiple-Choice, Clinically Grounded
PALS questions are standard multiple-choice format, but what makes them distinct is their clinical framing. A question is rarely abstract. Instead, you're given a brief patient vignette - a child presenting with specific vital signs, a described rhythm strip, or an observable clinical sign - and asked to identify the correct assessment conclusion or intervention sequence.
This is important because it changes how you should study. Memorizing a drug dose in isolation is less useful than understanding why that dose is given, when it's indicated, and what clinical presentation triggers its use. The exam tests application, not pure recall.
What "Open Resource" Really Means for Question Strategy
Because the exam is open resource, the AHA deliberately writes questions that cannot be answered by simply flipping to a reference chart. Questions tend to focus on clinical decision-making: recognizing shock types, sequencing interventions during a resuscitation, or interpreting a cardiac rhythm in context. If a question could be answered by reading the first sentence of a manual page, it wouldn't adequately assess provider competency.
This means your practice questions should challenge your reasoning, not just your ability to locate information. The best preparation combines reading the AHA PALS Provider Manual with working through scenario-based questions that force you to synthesize multiple pieces of clinical data simultaneously.
Key Takeaway
Don't study as if you're preparing for a closed-book memorization test. Study to understand why each algorithm step exists and what clinical indicators drive each decision - because that's exactly what the questions will ask you to demonstrate.
High-Yield Content Areas to Master
The PALS Provider Course covers a broad range of pediatric emergency topics. While the AHA does not publish a weighted breakdown of exam domains, clinical experience and course design make certain content areas disproportionately represented across practice questions and case scenarios.
Pediatric Assessment: The Foundation
A significant portion of PALS questions begin with an assessment scenario. You must know the Pediatric Assessment Triangle (PAT), primary and secondary assessments, and how to rapidly categorize a child's clinical status.
- Appearance, Work of Breathing, Circulation (PAT components)
- ABCDE primary assessment sequence
- Normal vs. abnormal vital signs by pediatric age group
- Early recognition of respiratory distress vs. respiratory failure vs. arrest
Respiratory Emergencies
Respiratory compromise is the leading cause of pediatric cardiac arrest, making this the most clinically critical domain. Expect questions on upper vs. lower airway obstruction, lung tissue disease, and disordered control of breathing.
- Distinguishing croup, epiglottitis, asthma, bronchiolitis, and pneumonia by clinical presentation
- Appropriate oxygen delivery methods and targets
- Indications for bag-mask ventilation and advanced airway placement
- Recognition of impending respiratory failure before arrest occurs
Shock Recognition and Management
PALS categorizes shock by type (hypovolemic, distributive, cardiogenic, obstructive) and severity (compensated vs. decompensated). Questions will present a child with specific hemodynamic findings and expect you to classify and manage correctly.
- Signs distinguishing each shock type
- Fluid resuscitation volumes and when to reassess
- Vasoactive medication indications: epinephrine, norepinephrine, dopamine contexts
- Recognizing obstructive shock causes: tension pneumothorax, cardiac tamponade
Cardiac Arrest Algorithms and Rhythms
You must know the Pediatric Cardiac Arrest Algorithm cold - both shockable (VF/pulseless VT) and non-shockable (PEA/asystole) pathways. Rhythm recognition is heavily tested.
- CPR quality metrics: rate, depth, recoil, minimizing interruptions
- Defibrillation energy dosing (2 J/kg initial, 4 J/kg subsequent)
- Epinephrine timing and dosing during arrest
- Amiodarone and lidocaine indications for refractory shockable rhythms
- Post-cardiac arrest care priorities
Tachycardia and Bradycardia Algorithms
Dysrhythmia management is a consistent exam focus. Questions distinguish sinus tachycardia from SVT, require appropriate vagal maneuver vs. adenosine vs. synchronized cardioversion decisions, and test bradycardia intervention thresholds.
- SVT: adenosine dosing (0.1 mg/kg first dose, max 6 mg)
- Synchronized cardioversion energy: 0.5-1 J/kg initial
- Bradycardia with pulse: epinephrine vs. atropine contexts
- Wide-complex vs. narrow-complex tachycardia differentiation
For a structured overview of how these areas are organized within the course curriculum, visit our PALS Exam Domains 2026: Complete Guide to All Content Areas.
Sample Practice Questions with Rationales
The following questions illustrate the clinical reasoning style of the actual exam. Work through each before reading the rationale.
Question 1: Respiratory Emergency
A 3-year-old presents with sudden onset of stridor, drooling, and is sitting in a tripod position. She is febrile at 39.8°C. Which of the following is the most appropriate immediate action?
- Attempt direct visualization of the airway with a tongue depressor
- Allow the child to remain in a position of comfort and prepare for immediate advanced airway management in a controlled setting
- Administer racemic epinephrine via nebulizer
- Perform a jaw thrust and apply a non-rebreather mask
Correct Answer: B
Rationale: This presentation is consistent with epiglottitis - a supraglottic emergency. Any instrumentation of the airway (Option A) can precipitate complete obstruction. Racemic epinephrine (Option C) is for croup. The priority is keeping the child calm, allowing positioning of comfort, and urgently preparing for definitive airway management by the most experienced provider available in a controlled environment.
Question 2: Shock Recognition
An 8-year-old post-operative patient has a heart rate of 148, blood pressure of 78/50 mmHg, prolonged capillary refill of 4 seconds, cool and mottled extremities, and decreased urine output. Which shock type best describes this presentation?
- Distributive (septic) shock - warm phase
- Hypovolemic shock
- Cardiogenic shock
- Obstructive shock
Correct Answer: B
Rationale: Post-operative blood or fluid loss, combined with cool extremities, poor perfusion, and tachycardia with hypotension, points to hypovolemic shock. The warm, vasodilated presentation of distributive shock (Option A) would show bounding pulses and flash capillary refill, not the cold, clamped picture described here.
Question 3: Cardiac Arrest Algorithm
During a pediatric resuscitation, the monitor shows ventricular fibrillation. A shock is delivered at 2 J/kg. CPR is immediately resumed. What is the correct next step after 2 minutes of CPR?
- Administer amiodarone 5 mg/kg IV and continue CPR
- Check rhythm; if still shockable, deliver second shock at 4 J/kg, then immediately resume CPR and give epinephrine
- Check rhythm; if still shockable, deliver second shock at 2 J/kg
- Administer epinephrine 0.01 mg/kg IV before the second shock
Correct Answer: B
Rationale: After the first shock and 2 minutes of CPR, the second shock escalates to 4 J/kg. Epinephrine is given with the second shock cycle (not before), and amiodarone is reserved for refractory VF/pulseless VT after the third shock.
Working through questions like these on our PALS practice test platform helps you build the rhythm of clinical decision-making that the actual exam requires.
The Open-Resource Advantage: How to Use It Wisely
Use your AHA PALS Provider Manual as a confidence check, not a primary lookup tool. During practice, flag any question you needed to reference - those flagged topics are your study priority list. By exam day, aim to answer the majority of questions from clinical understanding and only verify the occasional drug dose or energy level.
For a breakdown of what to expect registration-wise, including the $173.00 HeartCode PALS fee and Training Center cost variables, see our PALS Certification Cost 2026: Complete Pricing Breakdown.
A Focused Prep Timeline
Because PALS covers distinct clinical domains, a structured week-by-week approach prevents you from spending too much time on areas you already know and neglecting unfamiliar ones.
Assessment Framework and Respiratory Emergencies
- Complete the PALS Precourse Self-Assessment (requires 70% to proceed)
- Master the Pediatric Assessment Triangle and ABCDE sequence
- Drill respiratory emergency differentiation: upper vs. lower airway, specific disease presentations
- Practice 20-30 respiratory-focused questions, reviewing every rationale regardless of whether you got it right
Shock Types and Cardiac Arrest Algorithms
- Map all four shock types against their clinical presentations and management sequences
- Memorize the Pediatric Cardiac Arrest Algorithm - both pathways - well enough to recite without the manual
- Practice rhythm strips: VF, pulseless VT, PEA, asystole
- Run through 20-30 shock and arrest questions; track which subtypes trip you up
Dysrhythmias, Post-Arrest Care, and Full Mixed Practice
- Master tachycardia and bradycardia algorithms with drug dosing and energy levels
- Review post-cardiac arrest care: temperature management, hemodynamic targets, glucose monitoring
- Take a full 50-question mixed practice exam under realistic conditions
- Identify any score below 84% as a signal to revisit that domain before your exam date
For a more detailed preparation approach, including how to structure your manual reading alongside practice questions, visit our comprehensive PALS Study Guide 2026: How to Pass on Your First Attempt.
Where to Find Quality Practice Questions
| Resource Type | Strengths | Limitations |
|---|---|---|
| AHA PALS Provider Manual | Authoritative; matches exam content exactly; includes algorithms | Not a question bank; requires self-testing discipline |
| HeartCode PALS Adaptive Platform | Adapts to your knowledge gaps; integrated with official course | Requires $173.00 enrollment; not standalone question practice |
| palsexam.com Practice Tests | PALS-specific clinical scenarios; 2025 guidelines aligned; immediate rationale feedback | Supplement to, not replacement for, official AHA course materials |
| Generic ACLS/BLS Question Banks | Builds general resuscitation familiarity | Adult-focused content; does not reflect pediatric-specific thresholds or presentations |
The single biggest mistake candidates make is using adult ACLS practice questions to prepare for PALS. Pediatric normal values, drug doses, defibrillation energies, and clinical presentations differ meaningfully from adult equivalents. Always use pediatric-specific materials.
Our PALS practice test library is built specifically around AHA PALS Provider Course content and updated for the 2025 guidelines. Each question includes a detailed clinical rationale explaining not just what the correct answer is, but why each distractor is incorrect - which is how you build the reasoning skills the exam actually tests.
Practice questions serve one ultimate purpose: closing the gap between what you know and what the exam will ask you to demonstrate. The 50-question, 84%-passing-threshold structure of the PALS exam is achievable for any prepared provider - but achievable only if your preparation mirrors the clinical complexity of the questions themselves.
Frequently Asked Questions
The AHA PALS Provider Course cognitive exam consists of 50 questions. The passing score is 84%, which means you must answer at least 42 questions correctly. If you do not pass, your Training Center instructor or coordinator will guide you on remediation and retesting procedures.
Yes. The PALS cognitive exam is an open-resource exam, meaning you may reference your AHA PALS Provider Manual during testing. However, questions are designed to test clinical reasoning and decision-making rather than simple information retrieval, so relying exclusively on looking things up will slow you down significantly and may not be sufficient for most questions.
The exam emphasizes clinical scenario-based questions requiring you to assess a patient presentation, identify the correct diagnosis category (such as shock type or respiratory emergency classification), and select the appropriate intervention or algorithm step. Rhythm recognition, drug dosing in context, and algorithm sequencing are consistently high-yield areas.
Your AHA PALS Provider eCard is valid for 2 years from the date of issuance. Renewal requires completing an eligible PALS course or skills process again before your card expires. For details on renewal options and timing, see our PALS Recertification 2026: Requirements, Costs & Timeline.
The official AHA HeartCode PALS Online course is priced at $173.00. Traditional classroom-based courses and hands-on skills session fees are set independently by each AHA Training Center, so costs vary by location and provider. For a full breakdown of all associated fees, visit our PALS Certification Cost 2026: Complete Pricing Breakdown.