AMERICAN HEART ASSOCIATION • ADVANCED CARDIOVASCULAR LIFE SUPPORT
AHA ACLS Final Exam
Most Comprehensive Questions & Answers — 130 Verified Items
Latest Update • 100% Verified Answer Key
EXAM VOLUME SECTIONS COGNITIVE MIX
30% Recall / 50% Apply / 20%
130 Questions 9 Competency Areas
Analyze
EXAM SCOPE & ALIGNMENT
Aligned with: 2026 AHA Guidelines for CPR and ECC; AHA ACLS Provider Manual (current edition).
Content domains: BLS foundations; ECG rhythm recognition; VF/pVT, Asystole/PEA algorithms; bradycardia &
tachycardia pathways; ACLS pharmacology; airway and ventilation; post-cardiac arrest care (TTM); ACS and acute
ischemic stroke pathways; special situations (opioid overdose, pregnancy, drowning, anaphylaxis).
Question style: 80% scenario-based megacode and clinical decision questions; 20% direct recall of algorithms,
drugs, and rhythms. All distractors derived from common ACLS errors.
Verification: Each correct answer is verified against current AHA ACLS Provider Manual standards, including
drug dosing, algorithm sequence, and rhythm interpretation.
Designed for: ACLS Provider course completion, renewal, and megacode preparation; high-confidence readiness
for the official AHA ACLS final examination.
Aligned with AHA Guidelines for CPR and ECC • ACLS Provider Manual • Megacode Testing Standards
,AHA ACLS Final Exam • Latest Most Comprehensive Qs & Ans • 100% Verified
Exam Blueprint & Competency Map
# Section Question Range Items
1 Section 1: BLS and High-Quality CPR Foundations Q1 – Q14 14
2 Section 2: Rhythm Recognition and ECG Interpretation Q15 – Q30 16
3 Section 3: Cardiac Arrest Algorithms Q31 – Q48 18
4 Section 4: Bradycardia and Tachycardia Algorithms Q49 – Q64 16
5 Section 5: ACLS Pharmacology Q65 – Q80 16
6 Section 6: Airway Management and Ventilation Q81 – Q94 14
7 Section 7: Post-Cardiac Arrest Care Q95 – Q108 14
8 Section 8: Acute Coronary Syndromes and Stroke Q109 – Q120 12
Section 9: Special Resuscitation Situations and Team
9 Q121 – Q130 10
Dynamics
— TOTAL Q1 – Q130 130
Cognitive Level Distribution
Recall (Algorithms / Drugs / ~30% Direct recall of compression rate/depth, drug doses
Rhythms) (epinephrine 1 mg q3–5 min, amiodarone 300
mg, adenosine 6/12 mg), rhythm definitions,
H's & T's
Application (Scenario-based) ~50% Megacode decision-making: assess → shock →
CPR → medication → reassess; reversible
cause identification; airway management;
post-arrest care
Analysis (Differentiation) ~20% Differentiating shockable vs. non-shockable
rhythms, stable vs. unstable tachycardia, Mobitz
I vs. II, SVT vs. VT, ROSC vs. ongoing arrest
Aligned with AHA Guidelines for CPR and ECC Page 2
,AHA ACLS Final Exam • Latest Most Comprehensive Qs & Ans • 100% Verified
How to Read Each Test Card
Each card follows a uniform structure to support rapid review and spaced repetition:
• Stem: A concise question, often a megacode-style scenario requiring sequential decision-making.
• Options A–D: Four choices; one is verified correct and three are plausible distractors drawn from common
ACLS errors (wrong dose, wrong sequencing, misidentified rhythm, etc.).
• Correct Answer: The verified letter (e.g., “C”) and the option text, marked [CORRECT].
• Rationale: 2–4 sentences explaining why the correct answer is right and why distractors are wrong, including
AHA algorithm sequence, drug pharmacology, rhythm interpretation, and evidence-based resuscitation
science.
Aligned with AHA Guidelines for CPR and ECC Page 3
, AHA ACLS Final Exam • Latest Most Comprehensive Qs & Ans • 100% Verified
Section 1: BLS and High-Quality CPR Foundations
Compression Rate/Depth, Ventilation, Team Dynamics, & AED Use (Q1–14) • Questions 1–14
Q1. A 56-year-old male collapses in the hospital lobby. A nurse witnesses the event and immediately
begins high-quality CPR. According to the 2026 AHA Guidelines, which set of compression
parameters is correct for an adult?
Competency: AHA ACLS Provider | Cognitive Level: Application
A. Rate 80–100/min, depth 1.5 inches, allow full recoil, minimize interruptions to <20 seconds.
B. Rate 100–120/min, depth at least 2 inches (5 cm) but no more than 2.4 inches (6 cm), allow full recoil,
minimize interruptions to <10 seconds. [CORRECT]
C. Rate 120–140/min, depth 3 inches, partial recoil acceptable, interruptions allowed for pulse checks every 2
minutes.
D. Rate 60–80/min, depth 1 inch, full recoil, no interruptions.
Correct Answer: B. Rate 100–120/min, depth at least 2 inches (5 cm) but no more than 2.4 inches (6 cm),
allow full recoil, minimize interruptions to <10 seconds. [CORRECT]
Rationale:
AHA 2026 adult CPR: rate 100–120/min, depth ≥2 inches (5 cm) and ≤2.4 inches (6 cm), full chest recoil,
compression fraction ≥80% (interruptions <10 seconds). Too slow/shallow (A, D) and too fast/deep (C) reduce
cardiac output and coronary perfusion. Compression depth >2.4 in increases non-CPR-related injuries without
improving outcomes.
Q2. During a 2-minute CPR cycle, the team leader notes the compressor is leaning on the chest
between compressions. What is the PRIMARY physiologic consequence of incomplete chest recoil?
Competency: AHA ACLS Provider | Cognitive Level: Application
A. Increased intrathoracic pressure that improves coronary perfusion.
B. Reduced venous return to the heart, decreased coronary perfusion pressure, and lower cardiac output.
[CORRECT]
C. Faster recoil time, allowing more compressions per minute.
D. Better cerebral perfusion pressure.
Correct Answer: B. Reduced venous return to the heart, decreased coronary perfusion pressure, and lower
cardiac output. [CORRECT]
Rationale:
Full chest recoil between compressions allows the heart to refill with venous blood. Leaning on the chest keeps
intrathoracic pressure elevated, impairs venous return, lowers coronary perfusion pressure (CPP), and reduces
cardiac output and survival. The team leader should coach the compressor to allow full recoil.
Aligned with AHA Guidelines for CPR and ECC Page 4
AHA ACLS Final Exam
Most Comprehensive Questions & Answers — 130 Verified Items
Latest Update • 100% Verified Answer Key
EXAM VOLUME SECTIONS COGNITIVE MIX
30% Recall / 50% Apply / 20%
130 Questions 9 Competency Areas
Analyze
EXAM SCOPE & ALIGNMENT
Aligned with: 2026 AHA Guidelines for CPR and ECC; AHA ACLS Provider Manual (current edition).
Content domains: BLS foundations; ECG rhythm recognition; VF/pVT, Asystole/PEA algorithms; bradycardia &
tachycardia pathways; ACLS pharmacology; airway and ventilation; post-cardiac arrest care (TTM); ACS and acute
ischemic stroke pathways; special situations (opioid overdose, pregnancy, drowning, anaphylaxis).
Question style: 80% scenario-based megacode and clinical decision questions; 20% direct recall of algorithms,
drugs, and rhythms. All distractors derived from common ACLS errors.
Verification: Each correct answer is verified against current AHA ACLS Provider Manual standards, including
drug dosing, algorithm sequence, and rhythm interpretation.
Designed for: ACLS Provider course completion, renewal, and megacode preparation; high-confidence readiness
for the official AHA ACLS final examination.
Aligned with AHA Guidelines for CPR and ECC • ACLS Provider Manual • Megacode Testing Standards
,AHA ACLS Final Exam • Latest Most Comprehensive Qs & Ans • 100% Verified
Exam Blueprint & Competency Map
# Section Question Range Items
1 Section 1: BLS and High-Quality CPR Foundations Q1 – Q14 14
2 Section 2: Rhythm Recognition and ECG Interpretation Q15 – Q30 16
3 Section 3: Cardiac Arrest Algorithms Q31 – Q48 18
4 Section 4: Bradycardia and Tachycardia Algorithms Q49 – Q64 16
5 Section 5: ACLS Pharmacology Q65 – Q80 16
6 Section 6: Airway Management and Ventilation Q81 – Q94 14
7 Section 7: Post-Cardiac Arrest Care Q95 – Q108 14
8 Section 8: Acute Coronary Syndromes and Stroke Q109 – Q120 12
Section 9: Special Resuscitation Situations and Team
9 Q121 – Q130 10
Dynamics
— TOTAL Q1 – Q130 130
Cognitive Level Distribution
Recall (Algorithms / Drugs / ~30% Direct recall of compression rate/depth, drug doses
Rhythms) (epinephrine 1 mg q3–5 min, amiodarone 300
mg, adenosine 6/12 mg), rhythm definitions,
H's & T's
Application (Scenario-based) ~50% Megacode decision-making: assess → shock →
CPR → medication → reassess; reversible
cause identification; airway management;
post-arrest care
Analysis (Differentiation) ~20% Differentiating shockable vs. non-shockable
rhythms, stable vs. unstable tachycardia, Mobitz
I vs. II, SVT vs. VT, ROSC vs. ongoing arrest
Aligned with AHA Guidelines for CPR and ECC Page 2
,AHA ACLS Final Exam • Latest Most Comprehensive Qs & Ans • 100% Verified
How to Read Each Test Card
Each card follows a uniform structure to support rapid review and spaced repetition:
• Stem: A concise question, often a megacode-style scenario requiring sequential decision-making.
• Options A–D: Four choices; one is verified correct and three are plausible distractors drawn from common
ACLS errors (wrong dose, wrong sequencing, misidentified rhythm, etc.).
• Correct Answer: The verified letter (e.g., “C”) and the option text, marked [CORRECT].
• Rationale: 2–4 sentences explaining why the correct answer is right and why distractors are wrong, including
AHA algorithm sequence, drug pharmacology, rhythm interpretation, and evidence-based resuscitation
science.
Aligned with AHA Guidelines for CPR and ECC Page 3
, AHA ACLS Final Exam • Latest Most Comprehensive Qs & Ans • 100% Verified
Section 1: BLS and High-Quality CPR Foundations
Compression Rate/Depth, Ventilation, Team Dynamics, & AED Use (Q1–14) • Questions 1–14
Q1. A 56-year-old male collapses in the hospital lobby. A nurse witnesses the event and immediately
begins high-quality CPR. According to the 2026 AHA Guidelines, which set of compression
parameters is correct for an adult?
Competency: AHA ACLS Provider | Cognitive Level: Application
A. Rate 80–100/min, depth 1.5 inches, allow full recoil, minimize interruptions to <20 seconds.
B. Rate 100–120/min, depth at least 2 inches (5 cm) but no more than 2.4 inches (6 cm), allow full recoil,
minimize interruptions to <10 seconds. [CORRECT]
C. Rate 120–140/min, depth 3 inches, partial recoil acceptable, interruptions allowed for pulse checks every 2
minutes.
D. Rate 60–80/min, depth 1 inch, full recoil, no interruptions.
Correct Answer: B. Rate 100–120/min, depth at least 2 inches (5 cm) but no more than 2.4 inches (6 cm),
allow full recoil, minimize interruptions to <10 seconds. [CORRECT]
Rationale:
AHA 2026 adult CPR: rate 100–120/min, depth ≥2 inches (5 cm) and ≤2.4 inches (6 cm), full chest recoil,
compression fraction ≥80% (interruptions <10 seconds). Too slow/shallow (A, D) and too fast/deep (C) reduce
cardiac output and coronary perfusion. Compression depth >2.4 in increases non-CPR-related injuries without
improving outcomes.
Q2. During a 2-minute CPR cycle, the team leader notes the compressor is leaning on the chest
between compressions. What is the PRIMARY physiologic consequence of incomplete chest recoil?
Competency: AHA ACLS Provider | Cognitive Level: Application
A. Increased intrathoracic pressure that improves coronary perfusion.
B. Reduced venous return to the heart, decreased coronary perfusion pressure, and lower cardiac output.
[CORRECT]
C. Faster recoil time, allowing more compressions per minute.
D. Better cerebral perfusion pressure.
Correct Answer: B. Reduced venous return to the heart, decreased coronary perfusion pressure, and lower
cardiac output. [CORRECT]
Rationale:
Full chest recoil between compressions allows the heart to refill with venous blood. Leaning on the chest keeps
intrathoracic pressure elevated, impairs venous return, lowers coronary perfusion pressure (CPP), and reduces
cardiac output and survival. The team leader should coach the compressor to allow full recoil.
Aligned with AHA Guidelines for CPR and ECC Page 4
