Your FREE ACSM CPT Flashcards 2026 – 210+ Cards

ACSM's exercise-prescription framework: Frequency, Intensity, Time, Type, Volume, Progression.

How often exercise is performed — days per week.

How hard exercise is — %HRR, %VO₂R, %HRmax, METs, or RPE. The most important variable for cardiorespiratory improvement.

Duration of each session, e.g. 30–60 minutes of moderate aerobic activity.

The mode of exercise — aerobic, resistance, flexibility, or neuromotor.

Total amount of exercise — Frequency × Intensity × Time (often MET-min/week).

Gradually increasing F, I, and/or T over time so the body keeps adapting without injury or overtraining.

Ratio of working to resting metabolic rate. 1 MET ≈ 3.5 mL O₂·kg⁻¹·min⁻¹. Light <3, moderate 3–6, vigorous >6 METs.

Target HR = (HRR × desired %intensity) + resting HR, where HRR = HRmax − resting HR.

HRmax minus resting heart rate; used by the Karvonen method to set aerobic intensity.

VO₂max minus resting VO₂; used to prescribe aerobic intensity more accurately than %VO₂max alone.

≥150 min/week of moderate (or ≥75 min/week vigorous) aerobic activity, or a combination.

Train all major muscle groups 2–3 nonconsecutive days/week.

≈ 40–59% HRR/VO₂R, 3.0–5.9 METs, RPE 12–13 on the 6–20 Borg scale.

≈ 60–89% HRR/VO₂R, 6.0–8.7 METs, RPE 14–17 on the 6–20 Borg scale.

≤6 reps at ≥80% 1RM, 2–6 sets, 2–3 min rest.

6–12 reps at 67–85% 1RM, 3–6 sets, 30–90 s rest.

12+ reps at ≤67% 1RM, 2–4 sets, ≤30 s rest.

Hold ~10–30 seconds, 2–3 days/week or more, to the point of mild tension.

One-repetition maximum — the most weight a person can lift for a single rep; intensity is often set as a % of 1RM.

Avoid supine positions after the first trimester; monitor intensity (talk test/RPE), stay hydrated and cool.

Add balance/neuromotor work, start at lower intensity, progress slowly, and emphasize functional movement.

Emphasize aerobic work; avoid heavy isometrics and the Valsalva maneuver; medications may blunt heart rate.

Watch for hypoglycemia, inspect feet, combine aerobic + resistance, and keep timing/intensity consistent.

5–10 minutes of low-to-moderate aerobic and movement activity that raises body temperature, blood flow, and joint readiness before conditioning.

5–10 minutes of decreasing-intensity activity after a session to aid venous return, prevent blood pooling, and gradually lower heart rate.

Active, controlled movements that take joints through full range of motion; preferred in a warm-up to prepare for activity.

Using bouncing momentum to push a joint beyond normal range; higher injury risk and generally reserved for trained, sport-specific clients.

A flexibility technique combining contraction and relaxation (e.g., contract-relax) to gain range of motion, typically with a partner.

Stretch major muscle-tendon groups ≥2–3 days/week, holding static stretches 10–30 s, 2–4 reps each, for ~60 s total per muscle.

Balance, agility, coordination, and gait work (e.g., tai chi, balance drills) recommended 2–3 days/week, especially for older adults and fall prevention.

Planned variation of training variables across time to optimize adaptation and manage fatigue while progressing toward a goal.

A progression that gradually increases intensity while decreasing volume over successive training phases.

Frequently varies volume and intensity (e.g., day to day or week to week) rather than in long sequential phases.

Periodization timeframes: macrocycle = full training year/goal, mesocycle = multi-week block, microcycle = ~1 week of sessions.

Gradually increasing training stress (load, reps, sets, frequency, or density) over time to keep driving adaptation.

Loss of fitness adaptations when training stops or is markedly reduced — 'use it or lose it.'

Performance decline and fatigue, mood disturbance, poor sleep, and frequent illness from chronic excessive training without adequate recovery.

One complete cycle of an exercise movement (e.g., one full squat); reps grouped together form a set.

A group of consecutive repetitions performed without rest before a recovery interval.

Recovery time between sets; longer (2–3 min) supports strength/power, shorter (≤30–60 s) supports endurance/hypertrophy and metabolic stress.

Total work performed, often calculated as sets × reps × load; a primary driver of hypertrophy adaptations.

Movements using multiple joints and large muscle groups (squat, deadlift, bench press); generally performed early in a session.

Movements targeting one joint/muscle group (biceps curl, leg extension); usually placed after compound lifts.

Sequence lifts large-to-small muscle groups, multi-joint before single-joint, and higher-intensity/power moves before fatiguing accessory work.

Moving through a series of resistance stations with little rest to combine strength and cardiovascular conditioning.

Explosive jump/throw drills using the stretch-shortening cycle to develop power; requires a strength base and adequate recovery.

A rapid eccentric loading immediately followed by a concentric action, storing and releasing elastic energy to boost force output.

Alternating short bouts of vigorous-to-near-maximal effort with recovery periods; time-efficient for improving cardiorespiratory fitness.

Sustained aerobic exercise at a constant moderate intensity for a prolonged duration.

'Speed play' — continuous aerobic work with unstructured surges of higher intensity mixed into steady efforts.

Volume metric multiplying activity METs by minutes performed; ACSM targets roughly 500–1000 MET-min/week for health benefits.

kcal/min ≈ METs × 3.5 × body mass (kg) ÷ 200; used to plan energy expenditure for weight-management programs.

ACSM recommends progressing toward ≥250 min/week of moderate activity for clinically meaningful weight loss, paired with reduced energy intake.

Exercises (planks, bird-dog, anti-rotation) that train the trunk to resist motion and transfer force between upper and lower body.

Exercises that mimic real-life movement patterns and integrate multiple muscles/joints to improve everyday performance.

A HIIT format of 20 s near-maximal effort and 10 s rest repeated 8 times (~4 min); very high intensity, for conditioned clients.

Begin low-to-moderate intensity, monitor symptoms/HR/RPE, know meds (e.g., beta-blockers blunt HR), include warm-up/cool-down, and have an EAP.

Use a longer warm-up, keep an inhaler available, prefer humidified/warm air, and use intervals to reduce exercise-induced bronchoconstriction risk.

Emphasize weight-bearing and resistance exercise to load bone; avoid heavy spinal flexion/twisting and high-impact moves if fracture risk is high.

Favor low-impact aerobic, range-of-motion, and resistance work; train during low-pain periods and avoid exercising acutely inflamed joints.

Start low-impact, progress duration before intensity, target high weekly energy expenditure, and choose joint-friendly, comfortable modes.

≥60 min/day of mostly moderate-to-vigorous activity, including muscle- and bone-strengthening on ≥3 days/week; emphasize fun and proper technique.

Gradually resume activity with medical clearance, rebuild pelvic-floor and core strength, watch for diastasis recti, and progress as tolerated.

Use intermittent walking to moderate claudication pain, then rest and repeat; improves pain-free walking distance over time.

Schedule sessions to avoid heat and fatigue, keep clients cool, allow extra rest, and monitor for symptom flares.

Hydrate before/during/after, acclimatize gradually, wear light clothing, and watch for heat exhaustion/stroke signs (confusion, cessation of sweating).

Reduce intensity initially, allow acclimatization, hydrate, and monitor for acute mountain sickness as oxygen availability falls.

Forced exhalation against a closed glottis during a lift; spikes blood pressure and is generally discouraged, especially for hypertensive/CVD clients.

Choosing exercise type based on client goals, preferences, equipment, skill, and health status to maximize adherence and adaptation.

ACSM's process for deciding if a client needs medical clearance — based on current activity, known CMR disease, and symptoms.

Cardiovascular, metabolic, or renal disease — the categories ACSM's screening algorithm asks about.

Physical Activity Readiness Questionnaire for Everyone — a self-administered screening tool that flags whether to seek medical advice.

Approval from a physician that exercise is safe; recommended when known disease or symptoms are present, especially before moderate-to-vigorous exercise.

Weight (kg) ÷ height (m)². <18.5 underweight, 18.5–24.9 normal, 25–29.9 overweight, 30+ obese. Doesn't distinguish muscle from fat.

Below 120/80 mmHg. Elevated 120–129 systolic; stage 1 HTN 130–139/80–89; stage 2 ≥140/90.

Generally when resting blood pressure exceeds about 200/110 mmHg — refer for medical clearance.

Resting measures → body composition → cardiorespiratory → muscular strength/endurance → flexibility.

Cardiorespiratory endurance, muscular strength, muscular endurance, flexibility, body composition.

A field test of flexibility (trunk and hamstring/lower-back flexion).

A 1-mile submaximal walking test used to estimate VO₂max.

A submaximal cycle test that estimates VO₂max from the heart-rate response to set workloads.

Estimates body-fat % by measuring subcutaneous fat at standardized sites with calipers.

Estimates body composition from how easily a small current passes through the body; affected by hydration.

A measure of central (abdominal) adiposity used alongside BMI to assess health risk.

A signed document explaining the purpose, risks, and benefits of testing/exercise before a client participates.

Taken before any exertion (radial/carotid pulse or monitor) for accuracy; used in Karvonen calculations.

Classifying a client's relative risk for an exercise-related event so screening, clearance, and program intensity match their health status.

Current (2015/2018) logic tree that bases medical-clearance decisions on three factors: current physical activity, presence of CMR disease, and signs/symptoms — replacing the old risk-factor counting model.

Warning signs ACSM screens for: chest discomfort, unusual dyspnea, dizziness/syncope, orthopnea/PND, ankle edema, palpitations/tachycardia, intermittent claudication, heart murmur, unusual fatigue.

Cardiac, peripheral arterial, or cerebrovascular disease — a category that triggers medical clearance in ACSM's screening algorithm.

Type 1 or type 2 diabetes mellitus — a condition ACSM's preparticipation algorithm uses to decide on medical clearance.

Kidney disease such as chronic kidney disease — included with cardiovascular and metabolic disease in ACSM's screening decisions.

Per ACSM, a currently active client with no known CMR disease and no symptoms may continue moderate-to-vigorous exercise without new medical clearance.

Per ACSM, an inactive client with known CMR disease or symptoms should obtain medical clearance before starting; without disease/symptoms, light-to-moderate exercise may begin and progress gradually.

A pre-exercise form gathering medical history, medications, surgeries, injuries, lifestyle, and CVD risk factors to inform screening and program design.

A recording of the heart's electrical activity at rest; a physician test outside a CPT's scope but useful context for clearance.

Common sites to count heart rate manually — the radial artery (wrist) and carotid artery (neck); press lightly on the carotid to avoid the baroreceptor reflex.

Measuring BP by listening with a stethoscope over the brachial artery for Korotkoff sounds while deflating a cuff (sphygmomanometer).

The tapping sounds heard during BP measurement: the first sound = systolic pressure, disappearance of sound = diastolic pressure.

Systolic = arterial pressure during ventricular contraction; diastolic = pressure during ventricular relaxation; expressed as systolic/diastolic in mmHg.

A criterion body-composition method estimating body density and fat percent from underwater body weight via water displacement.

Estimates body composition by measuring body volume from air displacement in a sealed chamber.

A criterion method measuring bone density, fat mass, and lean mass using two X-ray energies; considered a reference standard for body composition.

Waist circumference divided by hip circumference; a marker of fat distribution and cardiometabolic risk (higher ratio = greater central adiposity).

Essential fat is required for normal physiology (≈3% men, 12% women); storage fat is adipose tissue energy reserve that can be reduced.

A muscular-endurance field test counting reps performed to a metronome cadence with a fixed load (35 lb women / 80 lb men).

A muscular-endurance assessment counting max push-ups to fatigue (men in full position, women modified on knees) using standardized form.

A core muscular-endurance test counting controlled curl-ups to a set cadence to assess abdominal endurance.

Predicting a one-rep max from reps completed at a submaximal load using a regression equation (e.g., Brzycki/Epley), safer for novices than a true 1RM test.

An instrument that measures the angle of a joint to quantify range of motion for flexibility assessment.

A maximal field test estimating VO₂max from the distance covered in 12 minutes of running.

A single-stage submaximal cycle ergometer protocol estimating VO₂max from steady-state heart rate at a set workload.

Submaximal VO₂max estimation assumes a steady-state HR at each workload, a linear HR–VO₂ relationship, a similar max HR for age, and consistent mechanical efficiency.

Reasons to stop a fitness test: onset of angina, drop in systolic BP, excessive BP rise (e.g., >250/115), dizziness, pallor, request to stop, or equipment failure.

A neuromotor/balance assessment timing how long a client maintains a single-leg stance, eyes open or closed.

A movement screen observing for compensations (knee valgus, forward lean, heel rise, arms falling) to identify mobility/stability limitations.

The beat-to-beat variation in heart rate; higher HRV generally reflects better autonomic recovery and readiness to train.

A subjective intensity scale — Borg 6–20 or 0–10 category-ratio — letting clients gauge effort without a monitor.

A simple intensity gauge: at moderate intensity you can talk but not sing; at vigorous, only a few words.

Precontemplation → contemplation → preparation → action → maintenance.

A client-centered coaching style using open-ended questions and reflective listening to draw out the client's own reasons for change.

Specific, Measurable, Attainable, Relevant, Time-bound objectives.

Fully focusing on the client, reflecting back what they say, and avoiding interruption to build rapport.

Intrinsic comes from internal satisfaction; extrinsic from outside rewards. Build toward intrinsic for lasting change.

Social support, self-monitoring, realistic expectations, SMART goals, and tracking small wins.

Show correct form, give clear concise cues, correct one fault at a time, and regress before progressing.

Spot to protect the client on overhead and over-the-face lifts; communicate the plan before the set.

A client's belief in their ability to perform a behavior; a strong predictor of exercise adherence.

Establishing trust and connection with a client through empathy, attentiveness, and reliability to support engagement and adherence.

Questions that invite detailed responses ('What makes exercise hard to fit in?') rather than yes/no answers; central to motivational interviewing.

Beliefs in one's ability are built by mastery experiences, vicarious experience, verbal persuasion, and interpretation of physiological states.

Outcome goals target an end result (lose 10 lb); process goals target controllable behaviors (train 3×/week) and better drive adherence.

Weighing the perceived pros and cons of a behavior change; shifting the balance toward pros supports movement through the stages of change.

Behavior results from the interaction of personal factors, behavior, and environment (reciprocal determinism), with self-efficacy as a key driver.

Behavior change depends on perceived susceptibility, severity, benefits, and barriers, plus cues to action and self-efficacy.

Having clients track activity, food, or progress (logs/apps) to raise awareness and reinforce behavior change.

Anticipating high-risk situations and planning coping strategies so a lapse doesn't become full abandonment of the program.

Adding a rewarding consequence after a desired behavior to increase the likelihood it is repeated.

Teaching styles that pair concise verbal instruction, demonstration, and hands-on/positional feedback to match how a client learns best.

Knowledge of results = info about the outcome; knowledge of performance = info about movement quality; both guide motor learning when used appropriately.

Common obstacles to adherence — lack of time, low motivation, fatigue, cost, access, and low confidence — that the trainer helps problem-solve.

Periodically reassessing progress and revising goals/programs to keep them realistic, relevant, and motivating.

Adapting communication and programming to respect a client's background, beliefs, and preferences to improve trust and outcomes.

Teaching clients that light activity (active recovery) can aid lactate clearance and blood flow between bouts versus complete rest.

General advice to drink fluids before, during, and after exercise; for most clients water suffices, with electrolytes for prolonged or intense heat exercise.

U.S. nutrition framework a CPT may share for general healthy eating — balancing fruits, vegetables, grains, protein, and dairy.

Screening, assessment, program design, technique coaching, and general nutrition guidance — NOT diagnosis, clinical diets, or treatment.

For clinical or therapeutic meal plans and specific supplement prescriptions — outside a CPT's scope.

For diagnosing disease, prescribing or adjusting medication, and clearing high-risk clients.

For treating or rehabilitating an injury — outside a CPT's scope.

Failure to exercise the standard duty of care a reasonable trainer would, leading to client harm.

A written, rehearsed plan for handling injuries and medical emergencies in the facility.

Professional coverage that protects a trainer against claims arising from their services.

18+, high school diploma or equivalent, and current adult CPR/AED. First aid will also be required starting 2027.

135 questions (120 scored + 15 unscored pilot), 150-minute seat time, multiple choice via Pearson VUE.

A scaled score of 550 on a 200–800 scale (not a raw percentage).

Every 3 years via 45 continuing education credits (CECs) plus current CPR/AED; ~10% of submissions are audited.

About $205 per additional attempt (exam fee ≈ $310 member / $410 non-member — verify at ACSM.org).

Continuing Education Credit — earned to maintain the ACSM credential across the recertification cycle.

The certification is accredited by the NCCA (National Commission for Certifying Agencies).

The legal obligation of a trainer to act with the competence and caution a reasonably prudent professional would in the same situation.

The level of skill and attention a competent CPT is expected to provide; falling below it can constitute negligence.

A signed agreement in which a client acknowledges and assumes the inherent risks of exercise; it does not excuse trainer negligence.

A legal principle that a client who knowingly engages in an activity accepts its inherent dangers.

A civil wrong (such as negligence) causing harm, for which the injured party may seek damages.

Keeping client health and personal information private and secure, sharing only with consent or as legally required.

Health privacy regulations a trainer should respect when handling medical information, even though CPTs are usually not covered entities.

Maintaining accurate, dated records of screenings, consents, programs, and incidents to support quality care and legal protection.

A written record of any accident or injury detailing what happened, the response taken, and witnesses; completed promptly after the event.

Professional standards requiring honesty, competence, client safety, integrity, and acting within one's scope of practice.

Routinely inspecting, cleaning, and servicing equipment and keeping the facility free of hazards to reduce injury and liability.

ACSM-CPTs must hold a current adult CPR/AED certification with a hands-on skills component to certify and recertify.

A portable device that analyzes heart rhythm and delivers a shock to treat sudden cardiac arrest; trainers should know its location and use.

Legal protection for those who voluntarily provide reasonable emergency aid in good faith, reducing liability for the rescuer.

Maintaining relationships with physicians, RDNs, PTs, and mental-health professionals to refer clients beyond a CPT's scope.

Fuels short, maximal effort (~0–10 s) using stored ATP and creatine phosphate; anaerobic.

Anaerobic system fueling high-intensity work (~30 s–2 min) from glucose/glycogen; produces lactate and the 'burn.'

Uses oxygen to break down carbs and fat for sustained, lower-intensity work (2+ min).

Muscle shortens while producing force — the lifting phase of a rep.

Muscle lengthens under load — the controlled lowering phase; main driver of muscle soreness.

Muscle produces force with no change in length — a held position like a plank.

Maximum rate the body can use oxygen during exercise — the gold-standard measure of cardiorespiratory fitness.

Divides body left/right; allows forward–backward movement (squat, biceps curl).

Divides body front/back; allows side-to-side movement (lateral raise, side lunge).

Divides body top/bottom; allows rotation (cable chop, trunk twist).

Agonist (prime mover) drives a movement; antagonist opposes it. In a curl, biceps = agonist, triceps = antagonist.

Carbohydrate 4 cal/g, protein 4 cal/g, fat 9 cal/g; alcohol 7 cal/g (not a nutrient).

Adenosine triphosphate — the body's immediate energy currency, regenerated by the three energy systems.

The exercise intensity at which lactate accumulates faster than it can be cleared; a key marker of aerobic fitness.

The body's three-stage response to training stress: alarm, resistance, exhaustion (Hans Selye).

Specific Adaptations to Imposed Demands — the body adapts to the exact type of stress placed on it.

Volume of blood the heart pumps per minute; cardiac output = heart rate × stroke volume.

Amount of blood ejected by the left ventricle per beat; rises with endurance training, increasing cardiac output.

Common prediction equations include 220 − age and the more accurate 208 − (0.7 × age) (Tanaka).

Systolic BP rises with aerobic intensity while diastolic stays roughly stable; a failure to rise or a drop in systolic is abnormal.

Fatigue-resistant, aerobic muscle fibers suited to endurance and posture; high in mitochondria and capillaries.

Fast-contracting, powerful fibers that fatigue quickly; recruited for strength, power, and sprinting.

The basic contractile unit of muscle, made of overlapping actin and myosin filaments between two Z-lines.

Muscle contraction occurs as myosin cross-bridges pull actin filaments inward, shortening the sarcomere.

A single motor neuron and all the muscle fibers it innervates; recruiting more/larger units increases force.

Motor units are recruited from smallest (Type I) to largest (Type II) as force demand increases.

Elevated oxygen uptake after exercise used to restore the body to rest (replenish ATP/PC, clear lactate, restore temperature); greater after intense work.

Ratio of CO₂ produced to O₂ consumed; ~0.7 reflects mostly fat use and ~1.0 mostly carbohydrate use as fuel.

Cardiac muscle is involuntary, striated, and self-exciting; skeletal muscle is voluntary, striated, and attaches to bone for movement.

Flexion decreases a joint angle (bending the elbow); extension increases it (straightening the elbow).

Abduction moves a limb away from the body's midline; adduction moves it back toward the midline.

Pronation rotates the forearm so the palm faces down/back; supination rotates it so the palm faces up/forward.

Synergists assist the prime mover in a movement; stabilizers contract to hold a joint or body segment steady.

Muscles of the trunk — rectus abdominis, transverse abdominis, internal/external obliques, erector spinae, and multifidus — that stabilize the spine.

A tendon connects muscle to bone; a ligament connects bone to bone and stabilizes a joint.

Open chain = the distal segment moves freely (leg extension); closed chain = the distal segment is fixed (squat), loading multiple joints.

Arteriovenous oxygen difference — the amount of oxygen extracted by tissues; widens with endurance training, improving oxygen use.

The stored form of glucose in muscle and liver; the primary carbohydrate fuel for moderate-to-high-intensity exercise.

Production of new glucose from non-carbohydrate sources (e.g., amino acids) to maintain blood sugar during prolonged exercise/fasting.

Hypertrophy = enlargement of existing muscle fibers (main resistance-training adaptation); hyperplasia = increase in fiber number (debated in humans).

Bone adapts to the loads placed on it — mechanical stress from weight-bearing and resistance exercise increases bone density.