How to Prepare for the PALS Exam: Practice Tests, Algorithms & Tips
Updated on: March 16, 2026
Writing the PALS (Pediatric Advanced Life Support) exam can feel intimidating- especially when the care of critically ill infants and children depends on your clinical decisions. Every detail matters, and the pressure to recall life-saving steps with precision can be overwhelming. According to JAMA Network Journals, more than 15,000 children have received cardiopulmonary resuscitation in the United States each year. This highlights the significant and ongoing need for pediatric emergency readiness.
In this guide, you will learn exactly how to prepare for the PALS exam: what to expect, which algorithms to master, how to study effectively, and how to avoid common mistakes.
Read More: What Employers Look for in a Valid PALS Certificate
What is PALS?
PALS outlines a training program for healthcare providers on how to recognize and treat life-threatening emergencies that may happen to infants and children. It encompasses assessment of a sick child, management of breathing problems, delivery of CPR, usage of emergency medications, and following treatment algorithms during cardiac arrest or shock. This course should enable the provider to respond rapidly and confidently in any emergency with the realistic expectation of saving a child’s life.
The PALS exam consists of a written, multiple-choice test based on AHA pediatric resuscitation guidelines. It generally involves approximately 50 questions, and you will have to get at least 84% of them to pass. Questions use pediatric case scenarios-such as an infant in respiratory distress or a child in shock-and ask for the best intervention or medication.
Read More: Importance of PALS Certification: An Introduction to Online Learning
Most Important PALS Algorithms You Must Memorize
To succeed in any PALS exam, you must understand the core life-saving algorithms used to treat children in emergencies. Learning them step by step will make the exam easier and prepare you for real clinical situations. This PALS exam preparation cheat sheet provides a list of algorithms you should learn.
| Algorithm |
When It’s Used |
Brief Description |
| Pediatric Cardiac Arrest- Shockable Rhythm |
Child has a rhythm that can be treated with shocks |
- CPR, oxygen, and defibrillation as early as possible.
- Give epinephrine every 3–5 minutes.
- Use amiodarone or lidocaine if rhythm continues.
|
| Pediatric Cardiac Arrest: Non-Shockable Rhythm (Asystole/PEA) |
Rhythm cannot be shocked |
- Continuous high-quality CPR and epinephrine.
- Look for reversible causes (H’s and T’s).
- Reassess rhythm every two minutes.
|
| Bradycardia With a Pulse |
Heart rate dangerously slow but pulse present |
- Give oxygen and support ventilation.
- Start CPR if HR < 60.
- Give epinephrine; consider atropine or pacing if no improvement.
|
| Tachycardia With a Pulse- Unstable |
Fast rhythm with poor perfusion or shock |
- Provide oxygen and airway support.
- Perform synchronized cardioversion immediately.
- Give sedation if time allows.
|
| Tachycardia With a Pulse- Stable |
Fast rhythm but child is stable |
- Narrow-complex SVT: vagal maneuvers → adenosine.
- Wide-complex tachycardia: amiodarone or procainamide.
- Prepare for cardioversion if condition worsens.
|
| Respiratory Distress / Failure |
Breathing difficulty or inadequate ventilation |
- Assess with Pediatric Assessment Triangle.
- Provide oxygen; assist with bag-mask ventilation if needed.
- Treat cause (bronchodilators, suctioning, epinephrine neb, CPAP).
|
| Shock (Hypovolemic, Septic, Anaphylactic, etc.) |
Signs of poor perfusion due to shock |
- Provide oxygen and establish IV/IO access.
- Give 20 mL/kg fluid bolus and reassess.
- Condition-specific care: antibiotics for sepsis, IM epinephrine for anaphylaxis.
|
| Post–Cardiac Arrest Care (ROSC) |
After return of pulse |
- Maintain oxygenation and support ventilation.
- Treat low blood pressure; control temperature.
- Monitor glucose, electrolytes, and seizures; ensure safe transport.
|
Read More: Pediatric Vital Signs Normal Ranges
PALS Pharmacology Cheat Sheet (Drugs, Doses & Indications)
PALS pharmacology can feel confusing because each drug has specific doses and uses that you must memorize. This PALS exam preparation cheat sheet gives you a quick and clear look at the most important medications so you can review them easily before the exam.
| Drug |
Dose (IV/IO unless noted) |
Common Indications |
| Epinephrine |
0.01 mg/kg (0.1 mL/kg of 1:10,000) every 3 to 5 min; max 1 mg |
Cardiac arrest, severe bradycardia, anaphylaxis |
| Atropine |
0.02 mg/kg IV (min 0.1 mg, max 0.5 mg) |
Symptomatic bradycardia related to high vagal tone or AV block |
| Adenosine |
0.1 mg/kg rapid IV push (max 6 mg), then 0.2 mg/kg (max 12 mg) |
Regular narrow-complex SVT |
| Amiodarone |
5 mg/kg IV bolus (max 300 mg) |
Refractory VF or pulseless VT; also used for SVT or VT with pulses |
| Lidocaine |
1 mg/kg IV bolus |
Alternative for refractory VF or pulseless VT if amiodarone is not available |
| Magnesium sulfate |
40 mg/kg IV bolus (max about 2 g) |
Torsades de pointes, refractory VT, severe asthma exacerbation |
| Dextrose (10 percent D10W) |
0.5 to 1 g/kg (5 to 10 mL/kg of D10W) |
Hypoglycemia or suspected low glucose during arrest |
How Long Should You Study for the PALS Exam? A Complete Timeline
Preparing for the PALS exam can feel overwhelming because it covers many life-saving skills and algorithms. Having a clear study plan makes the process easier and helps you learn everything step by step. This PALS study guide provides a sample 14-day timeline that shows what to review each day so you feel ready for the exam.
Days 1–3:
Begin with core foundations. Thoroughly review the PALS manual sections on CAB, airway management, breathing support, and the Pediatric Assessment Triangle. Refresh CPR fundamentals (rate, depth, and recoil) and start committing essential weight-based drug doses to memory.
Days 4–6:
Concentrate on the major algorithms. Dedicate one full day to each (bradycardia, tachycardia, shock, cardiac arrest). Rewrite every flowchart in your own words and draw it from memory several times. Master the high-yield medications: dosing, indications, and precautions.
Day 7:
Active reinforcement and self-testing. Quiz yourself repeatedly on drug doses, algorithm sequences, and decision points. If possible, perform hands-on practice focusing on compression quality and bag-mask ventilation.
Days 8–10:
Enter intensive practice mode. Complete one full-length timed practice exam each day. Immediately review every missed question in detail, revisit the relevant manual sections, and redo related algorithm drawings.
Days 11–13:
Targeted remediation of weaknesses. Revisit every algorithm, dose, or concept you found difficult. Redraw flowcharts from memory, drill with spaced-repetition flashcards, and explain each step aloud as if teaching.
Day 14:
Keep it light. Do a quick review of key algorithms or your cheat sheet. Rest well, eat a good breakfast, and arrive early on exam day.
Read More: PALS Certification Near Me: How to Find Local Classes & Providers
Common Mistakes Students Make on the PALS Exam
Numerous students lose easy marks on the PALS exam due to preventable errors. Recognising these common pitfalls in advance enables you to remain focused and significantly improve your performance on examination day
| Mistake |
How to Avoid |
| Getting stuck on one question or running out of time |
Skip difficult questions and return to them later. This prevents unnecessary time pressure. |
| Incorrect drug dosage calculations |
Double-check your math and units, and practice calculations ahead of time. |
| Overlooking BLS basics |
Some students focus only on advanced topics and neglect infant and child CPR steps. Review pediatric BLS regularly. If your basic CPR is not smooth, the higher-level algorithms will not work well. |
| Panicking under pressure |
Anxiety leads to rushed answers or skipped steps. Use practice tests to build confidence. Stay calm during the exam. Deep breaths and a steady pace can prevent mistakes. |
Your Complete Guide to Passing the PALS Exam
The key to passing the PALS exam is thorough preparation. Follow a focused study plan that covers the main algorithms and medications. Take practice tests to identify areas in which you are weak, and review them until you are confident. Keep a checklist so that you will not miss anything important. Remember, the exam is not about memory; it’s a way to prove that you can act quickly and correctly in real-life emergencies. Every step you learn now helps you care for a child when seconds matter. Your practice today becomes life-saving action tomorrow.
Ready to get certified? Enroll in an accredited PALS certification or renewal course today and take the next step toward providing life-saving pediatric care with confidence.
FAQs
1. How hard is the PALS exam?
The PALS exam can feel challenging because it includes case-based questions and drug calculations, but it becomes manageable with good preparation. If you study the main algorithms, practice dosing, and take a few mock tests, you will feel confident and ready to pass.
2. Do I need to memorize all drug doses for the exam?
Yes. Even though the PALS exam is taken online, you still cannot use any notes or references during the test. You need to memorize the major drug doses. Flashcards and short daily reviews make it easier to remember them on exam day.
3. What is the best way to study PALS algorithms?
Best approach is to break down each algorithm into small steps and outline them repeatedly. Practice identifying rhythms, identifying whether it is a stable or unstable case, and matching the appropriate intervention. Reviewing real-life scenarios and taking timed practice tests will reinforce your knowledge.
PALS CERTIFICATION
Author
PALS Certification is a trusted provider of online life support training, offering PALS, BLS, and ACLS certification and renewal courses. Our flexible training programs follow industry guidelines, offer self-paced learning and instant certification, ensuring providers stay compliant, advance their credentials, and deliver high-quality patient care.