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According to ACSM Guidelines (11th ed.), what is the minimum recommended exercise frequency for cardiac rehabilitation patients in the maintenance phase?

A
B
C
D
to track
2026 Statistics

Key Facts: ACSM-RCEP Exam

115

Exam Questions (100 scored)

ACSM

550

Passing Scaled Score (200-800)

ACSM/Pearson VUE

600 hrs

Clinical Experience (master's)

ACSM-CEP Requirements

$54,860

Median Annual Wage

BLS May 2024 (SOC 29-1128)

9%

Projected Job Growth 2024-34

BLS

$460

Nonmember Exam Fee

ACSM

The ACSM Registered Clinical Exercise Physiologist (RCEP) is the highest-level clinical credential in exercise physiology, sitting above the ACSM-CEP as the advanced clinical tier. Candidates need a master's degree in clinical exercise physiology plus 600 hours of supervised clinical experience (or bachelor's plus 1,200 hours). The BLS reports 19,200 exercise physiologists employed (SOC 29-1128) with a median salary of $54,860 (BLS May 2024) and projected 9% growth 2024-2034. Clinical CEPs working in hospital cardiac/pulmonary rehab typically earn $60,000-$80,000+. The exam is 115 items (100 scored), administered by Pearson VUE, with a scaled passing score of 550.

Sample ACSM-RCEP Practice Questions

Try these sample questions to test your ACSM-RCEP exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1According to ACSM Guidelines (11th ed.), what is the minimum recommended exercise frequency for cardiac rehabilitation patients in the maintenance phase?
A.1-2 days per week
B.3-5 days per week
C.6-7 days per week
D.Every other day only
Explanation: ACSM recommends 3-5 days per week of aerobic exercise for cardiac rehabilitation patients. This frequency balances cardiovascular adaptation with adequate recovery and has been shown to improve functional capacity, reduce mortality, and improve quality of life in post-MI and post-revascularization patients.
2A patient post-myocardial infarction is beginning Phase II cardiac rehab. His peak heart rate on a symptom-limited graded exercise test was 140 bpm and resting HR is 70 bpm. Using the Karvonen (HRR) method at 60%, what is his target HR?
A.98 bpm
B.112 bpm
C.120 bpm
D.132 bpm
Explanation: HRR = 140 - 70 = 70 bpm. Target HR = (0.60 x 70) + 70 = 42 + 70 = 112 bpm. The Karvonen method uses the heart rate reserve and is preferred for clinical populations because it accounts for resting HR, which is often elevated or altered by medications.
3Which of the following is an ABSOLUTE contraindication to graded exercise testing per ACSM Guidelines (11th ed.)?
A.Resting systolic BP of 160 mmHg
B.Acute myocardial infarction within 2 days
C.Moderate stenotic valvular heart disease
D.Controlled atrial fibrillation with resting HR 90 bpm
Explanation: A recent acute MI (within 2 days) is an ABSOLUTE contraindication to exercise testing because the myocardium is still at high risk for electrical instability, re-infarction, and mechanical rupture. ACSM lists additional absolute contraindications including unstable angina, uncontrolled arrhythmias with hemodynamic compromise, acute aortic dissection, and acute PE.
4During a graded exercise test, a patient develops 2 mm horizontal ST-segment depression 80 ms after the J-point in leads V4-V6. This finding is MOST consistent with:
A.Normal repolarization
B.Myocardial ischemia
C.Left bundle branch block
D.Digitalis effect
Explanation: Horizontal or downsloping ST-segment depression of >=1 mm measured 60-80 ms after the J-point is the classic ECG criterion for exercise-induced myocardial ischemia. Changes in the lateral leads (V4-V6) often indicate left ventricular ischemia.
5A patient taking a beta-blocker is preparing for cardiac rehab. Which of the following is the MOST appropriate method to prescribe exercise intensity?
A.Age-predicted maximum HR (220 - age)
B.Heart rate reserve from a medicated graded exercise test
C.Resting heart rate + 20 bpm
D.Perceived exertion only, ignoring HR
Explanation: Beta-blockers blunt both resting and peak heart rate, making age-predicted formulas invalid. The HRR from a symptom-limited graded exercise test performed while on the same medication dose/timing provides the most accurate individualized prescription. RPE (Borg 11-16) is a useful adjunct.
6Per ACSM Guidelines, what is the recommended aerobic exercise prescription intensity for patients with stable heart failure with reduced ejection fraction (HFrEF)?
A.40-80% of heart rate reserve (HRR) or VO2R
B.85-95% of VO2max
C.50-60% of age-predicted HRmax only
D.Exercise is contraindicated
Explanation: For stable HFrEF, ACSM recommends 40-80% of HRR or VO2R, progressing from lower to higher intensities over weeks. Moderate-intensity continuous training and interval training both improve peak VO2, quality of life, and reduce hospitalization. Start low and progress slowly.
7Which of the following medications is MOST likely to cause exertional hypotension and blunt heart rate response during exercise?
A.Aspirin
B.Metoprolol
C.Atorvastatin
D.Furosemide
Explanation: Metoprolol is a beta-1 selective adrenergic blocker that decreases heart rate and blood pressure at rest and during exercise. Patients on beta-blockers should have exercise prescription based on HRR from a medicated GXT.
8According to GOLD criteria, a COPD patient with FEV1 of 45% predicted (post-bronchodilator) is classified as:
A.GOLD 1 (Mild)
B.GOLD 2 (Moderate)
C.GOLD 3 (Severe)
D.GOLD 4 (Very Severe)
Explanation: GOLD spirometric classification: GOLD 1 (Mild) FEV1 >=80%, GOLD 2 (Moderate) 50-79%, GOLD 3 (Severe) 30-49%, GOLD 4 (Very Severe) <30%. An FEV1 of 45% places the patient in GOLD 3 (Severe).
9A COPD patient in pulmonary rehab reports dyspnea at 5 (severe) on the modified Borg 0-10 scale during exercise. What is the MOST appropriate response?
A.Stop exercise immediately
B.Reduce intensity to a Borg of 3-4 (moderate to somewhat severe)
C.Continue at current intensity
D.Increase oxygen flow without modification
Explanation: For COPD, ACSM recommends exercising at a dyspnea rating of 3 (moderate) to 4 (somewhat severe) on the modified 0-10 Borg scale. A rating of 5 indicates intensity is too high; reduce the workload to return dyspnea to target range and continue training.
10What is the PRIMARY physiological benefit of aerobic exercise training for patients with COPD?
A.Improved FEV1
B.Reduced ventilatory demand at submaximal workloads
C.Increased lung diffusion capacity
D.Reversal of emphysematous changes
Explanation: Exercise training in COPD does NOT improve pulmonary function (FEV1). Instead, training improves peripheral muscle oxidative capacity, reducing lactate production and ventilatory demand at any given submaximal workload. This delays dyspnea onset and improves exercise tolerance.

About the ACSM-RCEP Exam

The highest-level clinical exercise physiology credential from ACSM. Designed for master's-prepared exercise physiologists who prescribe exercise to patients with chronic cardiovascular, pulmonary, metabolic, neuromuscular, and oncologic conditions under medical direction.

Questions

115 scored questions

Time Limit

2.5 hours

Passing Score

550 (scaled 200-800)

Exam Fee

$460 nonmember / ~$368 member (ACSM)

ACSM-RCEP Exam Content Outline

20%

Clinical Assessment

Patient history, CVD risk stratification, signs/symptoms, preparticipation screening

20%

Exercise Testing

GXT protocols, ECG interpretation, termination criteria, CPX testing

20%

Exercise Prescription

FITT-VP for cardiovascular, pulmonary, metabolic, neuromuscular, oncology populations

20%

Exercise Training

Program delivery, progression, monitoring, emergency response

10%

Education & Behavior Change

Transtheoretical model, motivational interviewing, patient education

5%

Program Administration

Policies, quality improvement, outcomes

5%

Legal & Professional

Scope of practice, informed consent, HIPAA, ethics

How to Pass the ACSM-RCEP Exam

What You Need to Know

  • Passing score: 550 (scaled 200-800)
  • Exam length: 115 questions
  • Time limit: 2.5 hours
  • Exam fee: $460 nonmember / ~$368 member

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

ACSM-RCEP Study Tips from Top Performers

1Master the ACSM preparticipation screening algorithm and absolute/relative GXT termination criteria — these appear on nearly every exam
2Memorize the FITT-VP prescription specifics for each chronic disease: post-MI, HFrEF/HFpEF, COPD (GOLD stages), T1DM/T2DM, PAD, post-stroke, post-CABG, cancer survivorship
3Learn medication effects on exercise response cold: beta-blockers, CCBs (dihydropyridine vs non-dihydropyridine), ACEis/ARBs, diuretics, statins, SGLT2 inhibitors, insulin
4Practice ECG interpretation: ST depression patterns (upsloping vs horizontal vs downsloping), AV blocks, PVCs, NSVT vs sustained VT, and ST elevation
5Complete at least 500 practice questions and take full-length timed practice exams — clinical scenarios require pattern recognition that builds with repetition

Frequently Asked Questions

What is the difference between ACSM-RCEP and ACSM-CEP?

Historically, RCEP (Registered Clinical Exercise Physiologist) was ACSM's highest-level clinical credential requiring a master's degree, positioned above the CCEP (Certified Clinical Exercise Physiologist, bachelor's level). ACSM consolidated these pathways into a single ACSM-CEP credential. Master's-prepared candidates now complete 600 hours of supervised clinical experience; bachelor's-prepared candidates need 1,200 hours. The CEP credential covers the full scope of clinical exercise physiology practice in cardiac/pulmonary rehab and chronic disease populations.

What is the ACSM-RCEP/CEP salary?

The U.S. Bureau of Labor Statistics (BLS, May 2024) reports median annual wage of $54,860 for exercise physiologists (SOC 29-1128), with 19,200 employed nationally. Clinical CEPs working in hospital cardiac/pulmonary rehab, physician offices, and outpatient centers typically earn $60,000-$80,000+, with experienced RCEPs in management roles reaching $90,000+. Employment is projected to grow 9% from 2024 to 2034, faster than average. Salaries vary by region, setting (hospital vs corporate wellness), and additional credentials (ACLS, CAAHEP program completion).

What are the ACSM-RCEP/CEP eligibility requirements?

You need: (1) a master's degree in clinical exercise physiology or a closely related field PLUS 600 hours of supervised clinical experience; OR a bachelor's degree in exercise science/physiology PLUS 1,200 hours of supervised clinical experience. (2) Current BLS/CPR certification. Clinical hours must be earned in a clinical setting (hospital, outpatient rehab, physician office) under supervision. You submit an application with transcripts and documented hours before registering for the Pearson VUE exam.

How many questions are on the ACSM-RCEP/CEP exam?

The exam contains 115 multiple-choice questions total, of which 100 are scored and 15 are unscored pretest items (not identified to you). You have 2.5 hours to complete the exam. Questions test recall, application, and synthesis across clinical assessment, exercise testing, exercise prescription, training, behavior change, and professional practice. You need a scaled score of 550 (range 200-800) to pass.

How long should I study for the ACSM-RCEP/CEP exam?

Most candidates study 150-250 hours over 4-6 months. Focus heavily on the ACSM Guidelines for Exercise Testing and Prescription (11th edition) and ACSM's Resources for the Clinical Exercise Physiologist. Complete a minimum of 500 practice questions. Aim for 80%+ on full-length practice exams consistently before scheduling. Clinical experience strengthens application-level items; purely didactic preparation is often insufficient for the pattern-recognition scenarios.

Who should take the ACSM-RCEP/CEP exam?

Clinical exercise physiologists working or training in cardiac rehab, pulmonary rehab, oncology rehab, metabolic clinics, diabetes programs, and hospital-based exercise programs. Ideal candidates have completed a CAAHEP-accredited clinical exercise physiology program, have 600+ hours of supervised clinical experience, and plan to deliver exercise interventions to chronic disease populations under medical direction. The credential is required or strongly preferred for most hospital-based cardiac rehab positions.

What is the recertification cycle for the ACSM-RCEP/CEP?

The certification is valid for 3 years. To recertify, you need 60 Continuing Education Credits (CECs) within the 3-year cycle, active BLS/CPR certification, and payment of the recertification fee. CECs are earned through ACSM-approved activities: conferences, online courses, publications, and approved programs. Failure to recertify requires retesting.

How does ACSM-RCEP/CEP compare to AACVPR's CCRP?

The ACSM-CEP is a profession-level certification covering the full scope of clinical exercise physiology across chronic disease populations. The AACVPR-CCRP (Certified Cardiac Rehabilitation Professional) is a discipline-specific credential focused specifically on cardiac rehabilitation practice, open to multiple professions (nurses, exercise physiologists, RDs). Many clinical exercise physiologists hold both - ACSM-CEP for profession-level credentialing and AACVPR-CCRP for cardiac rehab specialization.