CCRP AACVPR Exam Study Guide
ACTUAL EXAM 2026/2027 | Certified
Cardiac Rehabilitation Professional | 100
Practice Questions | Verified Q&A | Pass
Guaranteed - A+ Graded
Domain 1: Patient Assessment & Outcomes Measurement (Questions 1–20)
Q1: A 55-year-old male patient is referred to cardiac rehabilitation 10 days following an uncomplicated
anterior ST-elevation MI treated with PCI to the LAD. His current medications include aspirin,
atorvastatin 80 mg, metoprolol succinate 100 mg daily, and lisinopril 10 mg daily. Resting ECG shows
normal sinus rhythm with Q waves in V2–V4. Which of the following is an absolute contraindication to
beginning exercise training at this time?
A. Resting heart rate of 58 bpm
B. Resting blood pressure of 110/68 mmHg
C. Q waves in V2–V4 on resting ECG
D. Report of intermittent chest tightness that resolves with rest [CORRECT]
Correct Answer: D
Rationale: Any angina or angina-equivalent symptoms (chest tightness, pressure, shortness of breath)
within 48 hours of planned exercise is an absolute contraindication per AACVPR guidelines until
medically cleared by a physician. Option A (HR 58 bpm) is expected with beta-blocker therapy and is not
a contraindication. Option B (110/68 mmHg) is within normal limits and acceptable for exercise
initiation. Option C (Q waves in V2–V4) represents completed myocardial infarction and is an expected
finding post-STEMI, not a contraindication to exercise. Clinical pearl: Always verify that the patient has
been symptom-free for at least 48 hours and has physician clearance before initiating exercise post-MI.
,Q2: A 68-year-old female is referred to cardiac rehabilitation following an uncomplicated mitral valve
repair. During the initial assessment, which of the following pieces of information is most critical to
obtain before designing her exercise prescription?
A. Her pre-surgical exercise habits
B. The type of prosthetic valve implanted
C. Her current anticoagulation regimen and INR if mechanical valve [CORRECT]
D. Her pre-surgical lipid panel results
Correct Answer: C
Rationale: For patients with prosthetic valves, understanding anticoagulation status is critical for
exercise safety. Mechanical valves require lifelong warfarin with target INR typically 2.0–3.0 (or 2.5–3.5
depending on valve type), and exercise increases bleeding risk if INR is supratherapeutic. Option A (pre-
surgical exercise habits) is useful for baseline comparison but not critical for immediate safety. Option B
(type of prosthetic valve) is relevant but less immediately actionable than anticoagulation status. Option
D (lipid panel) is important for risk factor management but not for initial exercise safety. Clinical pearl:
Bioprosthetic valves do not require long-term anticoagulation, so confirming valve type and
anticoagulation status prevents both thrombotic and hemorrhagic complications during exercise.
Q3: During a symptom-limited graded exercise test, a 62-year-old male post-CABG achieves a peak
workload of 8 METs with a peak heart rate of 152 bpm. He is not on beta-blockers. Using the Karvonen
formula, what is his target heart rate range at 40–70% heart rate reserve if his resting heart rate is 68
bpm?
A. 102–127 bpm
B. 102–137 bpm
C. 102–127 bpm (wait, recalculate)
D. 102–127 bpm [CORRECT]
Correct Answer: C — Wait, let me recalculate properly:
Calculation:
HRmax = 152 bpm (measured peak, not estimated)
Resting HR = 68 bpm
HRR = 152 – 68 = 84 bpm
40% HRR = 68 + (0.40 × 84) = 68 + 33.6 = 101.6 ≈ 102 bpm
70% HRR = 68 + (0.70 × 84) = 68 + 58.8 = 126.8 ≈ 127 bpm
,A. 95–118 bpm
B. 102–127 bpm [CORRECT]
C. 118–137 bpm
D. 127–152 bpm
Correct Answer: B
Rationale: The Karvonen formula (HRR method) is calculated as: Target HR = Resting HR + (% intensity ×
[Peak HR – Resting HR]). Using the measured peak HR of 152 bpm: HRR = 152 – 68 = 84 bpm. At 40%: 68
+ (0.40 × 84) = 102 bpm. At 70%: 68 + (0.70 × 84) = 127 bpm. Option A uses %HRmax method incorrectly.
Option C represents approximately 60–80% HRR. Option D represents near-maximal intensities
inappropriate for early cardiac rehabilitation. Clinical pearl: Always use the measured peak HR from the
exercise test rather than age-predicted HRmax (220 – age) when available, as it provides a more
accurate training zone.
Q4: A 70-year-old male with HFrEF (LVEF 30%) is referred to cardiac rehabilitation. During the initial
assessment, which of the following findings would require immediate physician notification before
exercise initiation?
A. NYHA Class II symptoms
B. 6-minute walk test distance of 350 meters
C. Weight gain of 4 lbs over 3 days with increased dyspnea [CORRECT]
D. Serum potassium of 4.2 mEq/L
Correct Answer: C
Rationale: Rapid weight gain (≥2–3 lbs in 1 day or ≥3–5 lbs in 1 week) with worsening dyspnea indicates
acute decompensated heart failure and is an absolute contraindication to exercise. This requires
immediate physician evaluation and possible diuretic adjustment. Option A (NYHA Class II) is expected in
HFrEF and manageable with appropriate exercise prescription. Option B (350 meters on 6MWT)
indicates moderate functional impairment (predicted ~525 meters for healthy 70-year-old male) but is
not an emergency. Option D (K+ 4.2 mEq/L) is within normal range (3.5–5.0 mEq/L). Clinical pearl: In
heart failure patients, daily weight monitoring is a core self-management skill; teach patients to report
weight changes promptly as it often precedes hospitalization by several days.
Q5: During exercise testing of a patient on beta-blocker therapy, which of the following is the most
appropriate method for prescribing exercise intensity?
A. % of age-predicted maximum heart rate (220 – age)
B. Heart rate reserve (Karvonen) using measured peak HR from exercise test
, C. Rating of perceived exertion (RPE) combined with measured peak HR or metabolic data [CORRECT]
D. Target heart rate based on resting heart rate plus 20 bpm
Correct Answer: C
Rationale: Beta-blockers blunt the heart rate response to exercise, making heart rate-based methods
unreliable as sole intensity guides. The AACVPR recommends using RPE (Borg 6–20 scale, targeting 11–
14 or "light to somewhat hard") combined with metabolic data (METs) or measured peak HR if available.
Option A (% age-predicted HRmax) is particularly inaccurate on beta-blockers. Option B (HRR) is better
than A but still limited by the blunted HR response. Option D (resting HR + 20) is not a validated
prescription method. Clinical pearl: The RPE scale is essential for all cardiac patients but becomes the
primary intensity guide for beta-blocked patients; ensure patients understand the scale before exercise
initiation.
Q6: A 58-year-old female is evaluated for cardiac rehabilitation entry 2 weeks post-PCI with drug-eluting
stent to the RCA. Her medications include aspirin 81 mg, clopidogrel 75 mg, atorvastatin 40 mg, and
metoprolol tartrate 25 mg BID. Which assessment finding requires modification of the standard exercise
prescription?
A. Heart rate of 62 bpm at rest
B. Blood pressure of 128/78 mmHg
C. Use of dual antiplatelet therapy (DAPT) [CORRECT]
D. Total cholesterol of 165 mg/dL
Correct Answer: C
Rationale: Patients on DAPT have increased bleeding risk, particularly with falls or trauma during
exercise. Exercise prescriptions should minimize risk of falls (avoid high-impact activities, ensure proper
footwear, clear exercise area of obstacles) and include patient education on bleeding precautions.
Option A (HR 62) is expected with beta-blocker and not a concern. Option B (BP 128/78) is at goal for
most cardiac patients (<130/80). Option D (TC 165) is excellent and at goal (<200 mg/dL). Clinical pearl:
DAPT is required for 12 months post-PCI with drug-eluting stents; premature discontinuation
significantly increases stent thrombosis risk. Exercise programs must balance activity progression with
fall prevention during this period.
Q7: A cardiac rehabilitation program is implementing the AACVPR Outpatient Cardiac Rehabilitation
Registry. Which of the following is a required core measure for program certification?
A. Patient satisfaction scores
B. 6-minute walk test distance at program entry and exit
ACTUAL EXAM 2026/2027 | Certified
Cardiac Rehabilitation Professional | 100
Practice Questions | Verified Q&A | Pass
Guaranteed - A+ Graded
Domain 1: Patient Assessment & Outcomes Measurement (Questions 1–20)
Q1: A 55-year-old male patient is referred to cardiac rehabilitation 10 days following an uncomplicated
anterior ST-elevation MI treated with PCI to the LAD. His current medications include aspirin,
atorvastatin 80 mg, metoprolol succinate 100 mg daily, and lisinopril 10 mg daily. Resting ECG shows
normal sinus rhythm with Q waves in V2–V4. Which of the following is an absolute contraindication to
beginning exercise training at this time?
A. Resting heart rate of 58 bpm
B. Resting blood pressure of 110/68 mmHg
C. Q waves in V2–V4 on resting ECG
D. Report of intermittent chest tightness that resolves with rest [CORRECT]
Correct Answer: D
Rationale: Any angina or angina-equivalent symptoms (chest tightness, pressure, shortness of breath)
within 48 hours of planned exercise is an absolute contraindication per AACVPR guidelines until
medically cleared by a physician. Option A (HR 58 bpm) is expected with beta-blocker therapy and is not
a contraindication. Option B (110/68 mmHg) is within normal limits and acceptable for exercise
initiation. Option C (Q waves in V2–V4) represents completed myocardial infarction and is an expected
finding post-STEMI, not a contraindication to exercise. Clinical pearl: Always verify that the patient has
been symptom-free for at least 48 hours and has physician clearance before initiating exercise post-MI.
,Q2: A 68-year-old female is referred to cardiac rehabilitation following an uncomplicated mitral valve
repair. During the initial assessment, which of the following pieces of information is most critical to
obtain before designing her exercise prescription?
A. Her pre-surgical exercise habits
B. The type of prosthetic valve implanted
C. Her current anticoagulation regimen and INR if mechanical valve [CORRECT]
D. Her pre-surgical lipid panel results
Correct Answer: C
Rationale: For patients with prosthetic valves, understanding anticoagulation status is critical for
exercise safety. Mechanical valves require lifelong warfarin with target INR typically 2.0–3.0 (or 2.5–3.5
depending on valve type), and exercise increases bleeding risk if INR is supratherapeutic. Option A (pre-
surgical exercise habits) is useful for baseline comparison but not critical for immediate safety. Option B
(type of prosthetic valve) is relevant but less immediately actionable than anticoagulation status. Option
D (lipid panel) is important for risk factor management but not for initial exercise safety. Clinical pearl:
Bioprosthetic valves do not require long-term anticoagulation, so confirming valve type and
anticoagulation status prevents both thrombotic and hemorrhagic complications during exercise.
Q3: During a symptom-limited graded exercise test, a 62-year-old male post-CABG achieves a peak
workload of 8 METs with a peak heart rate of 152 bpm. He is not on beta-blockers. Using the Karvonen
formula, what is his target heart rate range at 40–70% heart rate reserve if his resting heart rate is 68
bpm?
A. 102–127 bpm
B. 102–137 bpm
C. 102–127 bpm (wait, recalculate)
D. 102–127 bpm [CORRECT]
Correct Answer: C — Wait, let me recalculate properly:
Calculation:
HRmax = 152 bpm (measured peak, not estimated)
Resting HR = 68 bpm
HRR = 152 – 68 = 84 bpm
40% HRR = 68 + (0.40 × 84) = 68 + 33.6 = 101.6 ≈ 102 bpm
70% HRR = 68 + (0.70 × 84) = 68 + 58.8 = 126.8 ≈ 127 bpm
,A. 95–118 bpm
B. 102–127 bpm [CORRECT]
C. 118–137 bpm
D. 127–152 bpm
Correct Answer: B
Rationale: The Karvonen formula (HRR method) is calculated as: Target HR = Resting HR + (% intensity ×
[Peak HR – Resting HR]). Using the measured peak HR of 152 bpm: HRR = 152 – 68 = 84 bpm. At 40%: 68
+ (0.40 × 84) = 102 bpm. At 70%: 68 + (0.70 × 84) = 127 bpm. Option A uses %HRmax method incorrectly.
Option C represents approximately 60–80% HRR. Option D represents near-maximal intensities
inappropriate for early cardiac rehabilitation. Clinical pearl: Always use the measured peak HR from the
exercise test rather than age-predicted HRmax (220 – age) when available, as it provides a more
accurate training zone.
Q4: A 70-year-old male with HFrEF (LVEF 30%) is referred to cardiac rehabilitation. During the initial
assessment, which of the following findings would require immediate physician notification before
exercise initiation?
A. NYHA Class II symptoms
B. 6-minute walk test distance of 350 meters
C. Weight gain of 4 lbs over 3 days with increased dyspnea [CORRECT]
D. Serum potassium of 4.2 mEq/L
Correct Answer: C
Rationale: Rapid weight gain (≥2–3 lbs in 1 day or ≥3–5 lbs in 1 week) with worsening dyspnea indicates
acute decompensated heart failure and is an absolute contraindication to exercise. This requires
immediate physician evaluation and possible diuretic adjustment. Option A (NYHA Class II) is expected in
HFrEF and manageable with appropriate exercise prescription. Option B (350 meters on 6MWT)
indicates moderate functional impairment (predicted ~525 meters for healthy 70-year-old male) but is
not an emergency. Option D (K+ 4.2 mEq/L) is within normal range (3.5–5.0 mEq/L). Clinical pearl: In
heart failure patients, daily weight monitoring is a core self-management skill; teach patients to report
weight changes promptly as it often precedes hospitalization by several days.
Q5: During exercise testing of a patient on beta-blocker therapy, which of the following is the most
appropriate method for prescribing exercise intensity?
A. % of age-predicted maximum heart rate (220 – age)
B. Heart rate reserve (Karvonen) using measured peak HR from exercise test
, C. Rating of perceived exertion (RPE) combined with measured peak HR or metabolic data [CORRECT]
D. Target heart rate based on resting heart rate plus 20 bpm
Correct Answer: C
Rationale: Beta-blockers blunt the heart rate response to exercise, making heart rate-based methods
unreliable as sole intensity guides. The AACVPR recommends using RPE (Borg 6–20 scale, targeting 11–
14 or "light to somewhat hard") combined with metabolic data (METs) or measured peak HR if available.
Option A (% age-predicted HRmax) is particularly inaccurate on beta-blockers. Option B (HRR) is better
than A but still limited by the blunted HR response. Option D (resting HR + 20) is not a validated
prescription method. Clinical pearl: The RPE scale is essential for all cardiac patients but becomes the
primary intensity guide for beta-blocked patients; ensure patients understand the scale before exercise
initiation.
Q6: A 58-year-old female is evaluated for cardiac rehabilitation entry 2 weeks post-PCI with drug-eluting
stent to the RCA. Her medications include aspirin 81 mg, clopidogrel 75 mg, atorvastatin 40 mg, and
metoprolol tartrate 25 mg BID. Which assessment finding requires modification of the standard exercise
prescription?
A. Heart rate of 62 bpm at rest
B. Blood pressure of 128/78 mmHg
C. Use of dual antiplatelet therapy (DAPT) [CORRECT]
D. Total cholesterol of 165 mg/dL
Correct Answer: C
Rationale: Patients on DAPT have increased bleeding risk, particularly with falls or trauma during
exercise. Exercise prescriptions should minimize risk of falls (avoid high-impact activities, ensure proper
footwear, clear exercise area of obstacles) and include patient education on bleeding precautions.
Option A (HR 62) is expected with beta-blocker and not a concern. Option B (BP 128/78) is at goal for
most cardiac patients (<130/80). Option D (TC 165) is excellent and at goal (<200 mg/dL). Clinical pearl:
DAPT is required for 12 months post-PCI with drug-eluting stents; premature discontinuation
significantly increases stent thrombosis risk. Exercise programs must balance activity progression with
fall prevention during this period.
Q7: A cardiac rehabilitation program is implementing the AACVPR Outpatient Cardiac Rehabilitation
Registry. Which of the following is a required core measure for program certification?
A. Patient satisfaction scores
B. 6-minute walk test distance at program entry and exit
