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ACLS Practice Test in 2026: Current AHA 2025 Guidelines, Algorithms, and Course Exam Preparation

Advanced Cardiovascular Life Support (ACLS) preparation should now be based on the American Heart Association’s 2025 Guidelines for CPR and Emergency Cardiovascular Care. AHA’s current ACLS Provider materials were updated to the 2025 science and replaced the 2020-version provider materials. The approved ACLS exam destination is the direct PrepAway exam page for practice.

ACLS builds on high-quality Basic Life Support and focuses on adult cardiac arrest, peri-arrest rhythms, airway and ventilation, defibrillation/cardioversion, medications, acute coronary syndromes, stroke, post-cardiac-arrest care, systems of care, and high-performance team dynamics. Current AHA course materials use scenario-based assessment and emphasize decision-making rather than algorithm memorization alone.

High-Quality BLS Is the Foundation

Review recognition of cardiac arrest, activation of the emergency response system, high-quality chest compressions, ventilation, AED/defibrillator use, and minimizing interruptions.

ACLS interventions are less effective when basic CPR quality is poor, so practice should always begin with the BLS foundation.

Use the Systematic Approach

Assess responsiveness, breathing, circulation, rhythm, and the patient’s overall clinical condition in an organized sequence. Practice identifying the immediate life threat before choosing a medication or procedure.

Scenario questions often become easier when the candidate asks “what must happen first?” rather than jumping to the most advanced intervention.

Know the Cardiac Arrest Algorithms

Practice ventricular fibrillation/pulseless ventricular tachycardia versus asystole/pulseless electrical activity. Understand shockable versus nonshockable rhythms, CPR cycles, defibrillation, medications, and reversible causes.

Do not memorize isolated doses without knowing where they occur in the resuscitation sequence.

Bradycardia and Tachycardia Require Stability Assessment

Determine whether the patient has signs of poor perfusion or instability before choosing treatment. Review pacing, cardioversion, medication, and expert consultation pathways at the level required by AHA.

Practice rhythm recognition together with patient condition; the ECG alone does not determine the entire treatment plan.

Airway and Ventilation Need Appropriate Escalation

Review bag-mask ventilation, airway adjuncts, advanced airway concepts, waveform capnography where appropriate, oxygenation, and ventilation.

Avoid excessive ventilation during resuscitation. Effective airway management supports—not replaces—high-quality compressions.

Acute Coronary Syndrome and Stroke Are Time-Sensitive

Understand early recognition, activation, ECG or stroke evaluation, destination decisions, and evidence-based pathways for acute coronary syndrome and stroke.

ACLS practice should reinforce systems of care because outcomes depend on rapid coordination beyond the individual provider.

High-Performance Teams Are Tested Through Scenarios

Roles, closed-loop communication, clear messages, knowledge sharing, mutual respect, and constructive intervention improve resuscitation performance.

Practice cases with a team leader and assigned roles. A candidate can know every algorithm yet perform poorly if team coordination breaks down.

Use Current AHA Materials, Not 2020-Only Notes

AHA’s current Provider Manual, videos, reference cards, and course updates reflect the 2025 Guidelines. Older resources can contain outdated details or miss new educational emphasis.

Practice questions should therefore be checked against the current 2025 course rather than recycled indefinitely from older editions.

The current AHA course exam is scenario-oriented and open resource in the current course model. AHA instructor materials describe a 50-question exam with a minimum passing score of 84%, alongside required skills assessments. Candidates should confirm the exact completion process with their Training Center because course delivery may be instructor-led or blended.

ACLS algorithms should be learned as decision pathways. For a shockable arrest, the priorities are high-quality CPR, defibrillation, rhythm reassessment, appropriate medications, and reversible causes. For PEA/asystole, defibrillation is not indicated, so the team focuses on CPR, epinephrine, and identifying/treating reversible causes.

Know the Hs and Ts as a structured differential for cardiac arrest. Practice connecting clinical clues to hypovolemia, hypoxia, hydrogen ion/acidosis, hypo-/hyperkalemia, hypothermia, tension pneumothorax, tamponade, toxins, thrombosis, and other current reversible-cause groupings in AHA materials.

Rhythm recognition should be quick enough to support action without over-reading the ECG. Distinguish shockable arrest rhythms, organized rhythms without a pulse, symptomatic bradycardia, and tachyarrhythmias with or without instability.

Medication study should include indication and sequence, not only dose memorization. Understand when epinephrine, antiarrhythmics, atropine, adenosine, or other current ACLS medications are used and what clinical problem they address.

Post-cardiac-arrest care should not be ignored. Review oxygenation/ventilation, blood pressure and perfusion, 12-lead ECG, temperature control concepts, neurologic assessment, and transfer to definitive care according to current guidelines.

Acute stroke practice should emphasize rapid recognition and time of onset/last known well, activation of the stroke system, glucose, imaging, and destination/treatment workflow. Candidates should know that ACLS supports systems of care rather than independent bedside decisions beyond scope.

Acute coronary syndrome preparation should connect symptoms, ECG, aspirin and other initial measures, reperfusion timing, and emergency pathways. Use the current AHA provider materials because ACS recommendations were updated alongside the 2025 course.

For final practice, run megacode-style scenarios aloud with a partner. State the rhythm, immediate priority, team assignments, next reassessment, medication if indicated, and reversible causes. This makes cognitive knowledge easier to retrieve during the hands-on course.

ACLS preparation should distinguish cardiac arrest from peri-arrest instability. In arrest, pulse status and rhythm category drive the algorithm. In bradycardia or tachycardia with a pulse, symptoms and signs of poor perfusion determine how urgently electrical or medication interventions are needed.

Defibrillation and synchronized cardioversion solve different problems. Defibrillation is unsynchronized and used for shockable cardiac-arrest rhythms; synchronized cardioversion is timed to the QRS for certain unstable tachyarrhythmias with a pulse.

Transcutaneous pacing should be understood as part of symptomatic bradycardia management when indicated, including the need for patient assessment, capture, and preparation for discomfort or additional care.

Capnography can support airway confirmation and CPR-quality assessment after an advanced airway is placed. Candidates should understand the purpose of waveform capnography without treating one number as the sole indicator of resuscitation quality.

ACLS medication questions are safer to learn from the current reference cards than from memory-based internet lists. Dose, route, repeat interval, and indication can change with guideline updates, and a wrong dose is a patient-safety issue.

Team leaders should periodically summarize the patient status, rhythm, interventions, and next step. This keeps the group synchronized and allows another clinician to catch a missed action or incorrect assumption.

Closed-loop communication means the leader gives a clear task, the team member confirms it, performs the task, and reports completion. Practise this language because high-stress simulations reveal communication habits quickly.

After return of spontaneous circulation, the team shifts from resuscitation to stabilization. Avoid remaining mentally “stuck” in the arrest algorithm after the clinical problem has changed.

For final review, use the current AHA algorithm cards to run rapid scenarios without notes, then use the Provider Manual to review mistakes. Practice should alternate fast retrieval with deeper explanation so both exam performance and clinical reasoning improve.

Course completion is broader than the written exam. Current ACLS Provider training includes hands-on performance, and students should arrive ready to demonstrate BLS and ACLS skills as well as cognitive knowledge.

Practice should therefore include rhythm recognition on a monitor, defibrillator operation in a training environment, bag-mask ventilation, team roles, and megacode decision-making where available through an authorized course.

Before class, confirm which 2025-course format and materials your Training Center uses. Current AHA manuals, videos, reference cards, and course versions should match the completion card being issued.

Use rhythm strips and scenario practice together. A candidate who recognizes ventricular tachycardia on a static image still needs to determine whether the patient has a pulse, whether instability is present, and whether the next action is defibrillation, synchronized cardioversion, medication, or another intervention.

Review special circumstances only to the depth included in the current Provider Course. The 2025 Guidelines contain broad material, but exam preparation should remain anchored to the ACLS Provider Manual and course objectives rather than trying to master every resuscitation guideline chapter.

Clinical safety comes before test tricks. If a practice source conflicts with the current AHA manual, use the AHA source. ACLS content affects real emergency care, so outdated algorithms and medication details should be discarded rather than memorized for convenience.

Before the course, be able to locate key information quickly on the current ACLS reference cards because current AHA exams and clinical practice emphasize appropriate use of cognitive aids rather than unsafe reliance on memory alone.

Complete final practice with a sequence of different cases instead of repeating one arrest rhythm. Switch among shockable arrest, PEA/asystole, bradycardia, tachycardia, ACS, stroke, and post-arrest care so the first decision becomes automatic.

Keep algorithms visible during final study but practise verbalizing the clinical trigger that sends you to each branch. This prevents pattern-matching a memorized diagram to the wrong patient state.

Final Readiness Check

• Use AHA 2025 ACLS Provider materials and current algorithms.
• Practise high-quality BLS, arrest rhythms, bradycardia/tachycardia, airway, ACS, stroke, and post-arrest care.
• Study with clinical scenarios and team dynamics, not flashcards alone.
• Use current AHA reference cards and official course materials during preparation.
• Verify the course-completion requirements with your AHA Training Center before class.

ACLS readiness is about recognizing a deteriorating patient and acting in the correct sequence under pressure. Practice should make the algorithms easier to apply while preserving the clinical assessment and teamwork that determine whether the algorithm is used correctly.

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