Your FREE NASM CPT Flashcards 2026 – 210+ Cards

Core-stabilization → core-strength → core-power.

Floor bridge, plank, or dead bug — resist motion with little spinal movement.

Medicine-ball rotational chest pass — explosive, rate-of-force-production focused.

Stable → unstable, and machine → free weight → cable/bodyweight as stability improves.

Stabilization → strength → power.

Speed, Agility, and Quickness.

A fast, controlled landing and short ground-contact time (reactive training).

The muscle shortens while producing force — the lifting phase (e.g. standing out of a squat).

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

Force with no change in muscle length — a held position like a plank.

The prime mover — the muscle chiefly responsible (e.g. biceps in a curl).

The muscle that opposes the agonist (e.g. triceps during a biceps curl).

Cue the knees out over the toes ('push the floor apart'); regress load/range if it persists.

Spot closely and safely; these lifts carry the most risk if the bar is dropped.

A controlled, unstable training setting that challenges balance and proprioception to improve neuromuscular efficiency.

A compound lower-body exercise; feet about shoulder-width, chest up, hips back, descending until thighs near parallel while keeping knees tracking over the toes.

A hip-hinge pull from the floor with a neutral spine, bar close to the body, driving through the heels and extending hips and knees together.

A hip-hinge exercise emphasizing the glutes and hamstrings; hips travel backward with slight knee bend and a neutral spine, bar staying close to the legs.

A pressing exercise with five points of contact (head, upper back, glutes on bench; both feet on floor); bar lowered to mid-chest and pressed up.

Pressing a load overhead from shoulder level with a braced core and neutral spine, avoiding excessive low-back arch.

A stabilization drill performed on one leg to challenge ankle, knee, and hip stabilizers and improve proprioception.

A balance drill held in one position (e.g. single-leg balance) to develop static stability before progressing to dynamic balance.

A balance drill with dynamic eccentric/concentric movement of the working or support limb (e.g. single-leg squat) to build controlled stability.

A reactive balance drill (e.g. multiplanar hop with stabilization) that develops the ability to stabilize quickly after dynamic movement.

Jump-based training using a rapid eccentric load followed by an explosive concentric action to improve rate of force production.

The rapid eccentric loading (stretch) of a muscle immediately followed by a concentric contraction, storing and releasing elastic energy in plyometrics.

The brief transition (ground-contact) time between the eccentric and concentric phases of a plyometric movement; shorter equals more power.

A jump exercise emphasizing a controlled, stabilized landing held for 3–5 seconds (e.g. squat jump with stabilization).

An explosive jump performed as fast as possible with minimal ground-contact time (e.g. ice skaters, single-leg power step-up).

A flexibility technique (e.g. foam rolling) that applies pressure to tender points to reduce muscle tension via autogenic inhibition.

Passively lengthening a muscle to the point of mild tension and holding ~30 seconds; used to lengthen overactive muscles in the Stabilization level.

Using the agonist and synergists to dynamically move a joint through range of motion, holding each repetition 1–2 seconds for 5–10 reps; used in the Strength level.

Using force production and momentum to move a joint through full range of motion (e.g. multiplanar lunges) as part of a warm-up; used in the Power level.

The reflexive relaxation of a muscle when its Golgi tendon organ senses prolonged tension, allowing it to lengthen (basis of static stretching and SMR).

The natural process in which a contracting agonist signals its functional antagonist to relax, allowing coordinated movement.

Dysfunction in which an overactive muscle decreases the neural drive to its functional antagonist, contributing to movement compensations.

When a synergist compensates for a weak or inhibited prime mover, taking over the movement and altering mechanics.

A muscle that assists the prime mover (agonist) in producing a movement.

A muscle that supports and steadies a joint while the prime mover and synergists perform a movement.

A medicine-ball or cable exercise emphasizing transverse-plane (rotational) movement to build core and total-body power.

The ability to move the body in one intended direction as fast as possible; product of stride rate and stride length.

The ability to accelerate, decelerate, stabilize, and quickly change direction with proper posture.

The ability to react and change body position with maximum rate of force production in all planes of motion.

Resistance training using adjustable cables that provide constant tension and allow multiplanar, free movement patterns.

Increasing balance demand by changing the surface and base of support: floor → balance beam → half foam roll → foam pad → balance disc → wobble board → BOSU.

Pulling the navel toward the spine to activate the deep core (transverse abdominis) and increase intra-abdominal stability before movement.

Co-contracting the abdominals, low-back, and buttock muscles together to stiffen the trunk and protect the spine.

Deep muscles attaching to the spine (e.g. transverse abdominis, multifidus, internal oblique, diaphragm, pelvic floor) that provide intervertebral stability.

Larger muscles (e.g. rectus abdominis, external oblique, erector spinae, latissimus dorsi, hip flexors) that produce trunk movement and transfer force.

Exercise that challenges the body across the sagittal, frontal, and transverse planes to mirror real-life movement.

Movement in which the distal segment (hand or foot) is fixed against a surface (e.g. squat, push-up), increasing joint stability demand.

Movement in which the distal segment moves freely in space (e.g. leg extension, bench press), often isolating a muscle.

Safely assisting a lifter through difficult reps and over-the-face/overhead lifts, communicating clearly and being ready to take the load.

Reducing difficulty (less load, smaller range, more stable surface) when a client cannot perform a movement with proper form.

Increasing difficulty (more load, complexity, instability, or speed) as a client demonstrates competence and control.

Optimum Performance Training — NASM's signature programming model: 3 levels (Stabilization, Strength, Power) and 5 phases.

Stabilization, Strength, and Power.

1) Stabilization Endurance, 2) Strength Endurance, 3) Hypertrophy, 4) Maximal Strength, 5) Power.

Phases 2 (Strength Endurance), 3 (Hypertrophy), and 4 (Maximal Strength).

Phase 1 — Stabilization Endurance.

Phase 5 — Power.

12–20 reps at 50–70% 1RM with a slow tempo (e.g. 4/2/1).

1–5 reps at 85–100% 1RM, 4–6 sets, 3–5 minutes rest.

6–12 reps at 75–85% 1RM, 3–5 sets, short rest (0–60 s).

Superset a heavy strength exercise with an explosive one (e.g. barbell squat + jump squat) to raise rate of force production.

The adjustable details of a workout: sets, reps, intensity, tempo, rest, volume, frequency, and exercise selection.

The eccentric / isometric / concentric durations (seconds) of a repetition.

Inhibit → Lengthen → Activate → Integrate.

Self-myofascial release (foam rolling) of overactive muscles.

Static stretching (hold ~30 s) of overactive muscles.

Isolated strengthening of underactive muscles.

Integrated dynamic movement that retrains the whole body to move correctly.

Corrective (static) = Stabilization; Active (active-isolated) = Strength; Functional (dynamic) = Power.

Zone 1 (~65–75% HRmax, base), Zone 2 (~76–85%, aerobic capacity), Zone 3 (~86–95%, anaerobic).

220 minus age (an estimate of HRmax).

With stabilization-focused work, progressing slowly, with physician clearance where required.

NASM's systematic, progressive training framework organized into 3 levels (Stabilization, Strength, Power) and 5 phases that build from injury-resistant stability toward high-power output.

Superset a heavy compound exercise (8–12 reps, 70–80% 1RM, stable) immediately with a stabilization version of the same movement (8–12 reps on an unstable surface); 2–4 sets, 0–60 s rest.

The systematic planning of training by dividing a program into progressive cycles (macrocycle, mesocycle, microcycle) to manage adaptation and avoid overtraining.

The largest periodization division — the overall annual or long-term training plan, typically up to a year.

A mid-length periodization block, usually a month or several weeks, focused on a specific adaptation or OPT phase.

The shortest periodization unit, typically a single week of training within a mesocycle.

A progressive model that steadily increases intensity while decreasing volume over successive training blocks.

A model that varies volume and intensity frequently (e.g. day to day or week to week) rather than in a single linear progression.

The total amount of work performed, calculated as sets × reps (× load); higher in stabilization/hypertrophy phases and lower in maximal-strength/power phases.

An individual's effort level during exercise, most often expressed as a percentage of 1RM.

The maximum load a person can lift for a single repetition with proper form; used to set training intensity as a percentage of 1RM.

The recovery time between sets; longer rest (3–5 min) supports maximal strength/power, shorter rest (0–60 s) supports stabilization and hypertrophy.

The speed at which a repetition is performed; slow eccentric/isometric tempos build stabilization endurance, fast tempos build power.

Cardiorespiratory programming variables: Frequency, Intensity, Time, Type, Volume, and Progression.

NASM cardio stage building an aerobic base by working in Zone 1 (~65–75% HRmax); for beginners or deconditioned clients.

Interval training that introduces Zone 2 (~76–85% HRmax) work to improve aerobic capacity for clients with an established base.

Advanced interval training that adds Zone 3 (~86–95% HRmax) anaerobic work for well-conditioned clients.

Gradually increasing demand (load, volume, complexity, or instability) over time to drive continued adaptation.

An intensity technique of performing a set to fatigue, then immediately reducing the load to complete additional reps.

Performing two exercises back to back with no rest between them; used in OPT Phases 2 and 5.

A target-heart-rate method using heart rate reserve: THR = ((HRmax − HRrest) × %intensity) + HRrest.

The difference between maximum heart rate and resting heart rate; used in the Karvonen formula to set training intensity.

A subjective intensity scale (commonly 6–20 Borg or 1–10) clients use to rate how hard exercise feels.

A circuit method that moves down the body's regions (total body, chest, back, shoulders, legs) before repeating, keeping intensity and heart rate elevated.

Improved muscular endurance, joint stability, neuromuscular efficiency, and connective-tissue integrity that prepares the body for heavier loading.

An upper-extremity stabilization and agility drill that can also serve as integrated training to build shoulder-girdle stability.

Feet/ankles, knees, LPHC (lumbo-pelvic-hip complex), shoulders, and head.

NASM's primary movement screen: squat with arms overhead while watching the 5 checkpoints for compensations.

Overactive adductor complex/TFL/biceps femoris (short head)/vastus lateralis; underactive gluteus medius/maximus and VMO.

Overactive hip flexors/erector spinae/lats; underactive glutes, hamstrings, and core.

Overactive lats/teres major/pecs; underactive mid & lower trapezius, rhomboids, rotator cuff.

Overactive soleus/lateral gastrocnemius/biceps femoris (short head); underactive medial gastrocnemius, medial hamstrings, gracilis, sartorius, popliteus.

A short, tight muscle that dominates a movement and pulls a joint out of alignment.

A long, weak muscle that under-contributes to a movement.

Inhibit & lengthen the overactive (tight) ones; activate & integrate the underactive (weak) ones.

A postural pattern of forward head and rounded shoulders — tight chest/upper traps, weak deep neck flexors/mid-back.

Anterior pelvic tilt and arched low back — tight hip flexors/erectors, weak glutes/abdominals.

The Physical Activity Readiness Questionnaire — pre-exercise screening that flags whether a client needs physician clearance.

The YMCA 3-minute step test and the Rockport walk test.

Upper-extremity stability and agility (hands moving quickly between two lines).

Subjective intake → physiological → static posture → dynamic movement → performance tests.

Observing a standing client from anterior, lateral, and posterior views against the kinetic-chain checkpoints to identify postural distortions.

A postural distortion of flat feet, knee adduction/internal rotation, and adducted hips, associated with foot/ankle and knee compensations.

A postural distortion pattern of foot pronation, knee valgus, and internal hip rotation, affecting the foot/ankle and knee.

A movement screen watching for knee valgus on one leg; inward knee movement suggests overactive adductors/TFL and underactive gluteus medius.

A movement screen during a standing cable press that watches for low-back arch, shoulder elevation, and head migration.

A movement screen during a standing cable row that watches for low-back arch, shoulder elevation, and head protrusion.

Manually counting the pulse at the wrist (radial) or neck (carotid) to determine resting or exercise heart rate.

The number of heartbeats per minute at complete rest; lower values generally indicate better cardiorespiratory fitness.

The force of blood against artery walls, recorded as systolic over diastolic; normal is below 120/80 mmHg.

A weight-to-height ratio (kg/m²) used to screen for under/overweight categories; it does not distinguish fat from lean mass.

The relative proportion of fat mass to lean (fat-free) mass in the body.

A body-composition method using calipers to measure subcutaneous fat at specific sites to estimate body-fat percentage.

A body-composition method that passes a low-level electrical current through the body; fat-free tissue conducts more readily than fat.

Waist circumference divided by hip circumference, used to assess fat distribution and associated health risk.

Using a tape measure at standardized body sites to track changes in size over time.

A muscular-endurance assessment counting the maximum number of push-ups completed with proper form.

A maximal-strength test estimating or measuring the 1RM for the bench press to gauge upper-body strength.

A maximal-strength test estimating or measuring the 1RM for the squat to gauge lower-body strength.

A power assessment measuring the difference between standing reach and maximal jump reach.

A performance assessment measuring agility and ability to accelerate, decelerate, and change direction.

Client-reported data gathered through questionnaires and interviews, including health history, lifestyle, occupation, and goals.

Measurable data gathered through testing, such as heart rate, blood pressure, body composition, and movement assessments.

Intake information about a client's job demands and leisure activities that may reveal repetitive patterns or postural distortions.

The muscular, skeletal (articular), and nervous systems working together to produce, reduce, and stabilize force.

Sagittal (forward/back), frontal (side-to-side), and transverse (rotation).

The ATP-PC (phosphagen) system — no oxygen needed.

The glycolytic (anaerobic) system — produces lactate and the 'burn.'

The oxidative (aerobic) system — uses oxygen, carbs, and fat.

4 calories per gram.

4 calories per gram.

9 calories per gram.

7 calories per gram (energy but no nutritional value; not a nutrient).

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

The body's 3-stage response to stress: alarm, resistance, exhaustion (Selye).

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

Carbohydrate (glucose/glycogen).

The study of how muscles, bones, and joints work together to produce, reduce, and stabilize movement.

Two or more muscles acting in different directions to produce coordinated movement around a joint (e.g. the rotator cuff stabilizing the shoulder).

The resting length of a muscle that allows it to generate optimal force; chronically shortened or lengthened muscles produce less force.

The basic contractile unit of muscle, made of actin and myosin filaments that slide together during contraction.

A single motor neuron and all the muscle fibers it innervates.

Fatigue-resistant fibers with high oxidative capacity, suited to endurance and postural stabilization.

Fibers that produce high force quickly but fatigue rapidly, suited to strength and power activities.

A mechanoreceptor in the musculotendinous junction that senses tension and triggers autogenic inhibition to protect the muscle.

A mechanoreceptor within muscle that senses changes in length and rate, triggering a reflexive contraction (stretch reflex).

The body's ability to sense the position and movement of its joints and limbs in space.

The principle that soft tissue remodels along the lines of stress placed upon it.

The principle that bone adapts and remodels in response to the mechanical loads placed upon it.

The energy-yielding nutrients required in large amounts: carbohydrates, proteins, and fats.

A protein source containing all nine essential amino acids (e.g. animal products, soy, quinoa).

The nine amino acids the body cannot synthesize and must obtain from food.

A ranking of how quickly a carbohydrate raises blood glucose compared with a reference food.

Maintaining fluid balance for performance and safety; even slight dehydration impairs strength, endurance, and thermoregulation.

Standardized label reference amounts that help clients understand the nutrient content of foods relative to daily needs.

The relationship between calories consumed and calories expended; a deficit drives weight loss and a surplus drives weight gain.

Specific, Measurable, Attainable, Realistic, and Timely.

Precontemplation, contemplation, preparation, action, and maintenance.

The client is not yet considering change — build awareness, don't push a hard program.

The client has sustained the behavior for 6+ months — focus on relapse prevention.

Intrinsic comes from within (enjoyment, mastery); extrinsic from outside (rewards). Build toward intrinsic for lasting change.

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

Fully focusing on the client, reflecting back what they say, and asking open-ended questions to build rapport.

A question that invites a detailed, free-form response (e.g. 'What does success look like for you?') to deepen client dialogue.

A question answerable with a brief or yes/no response, useful for confirming specific facts.

Restating or paraphrasing a client's words to confirm understanding and show empathy.

A client-centered, collaborative coaching style that strengthens a person's own motivation and commitment to change.

A person's belief in their own ability to perform a behavior and reach a goal; a strong predictor of exercise adherence.

A goal focused on a final result (e.g. lose 10 pounds), which is largely measured by an end product.

A goal focused on the actions within a client's control (e.g. train three times per week), which supports adherence.

Transtheoretical Model stage in which the client intends to change within about six months but is still weighing pros and cons.

Transtheoretical Model stage in which the client plans to act soon (within about a month) and may take small initial steps.

Transtheoretical Model stage in which the client has actively changed behavior for less than six months and needs reinforcement.

A return to a previous, less-active stage of behavior; expected at times and managed through relapse-prevention strategies.

Emphasizing strengths, progress, and encouragement to build client confidence and sustain motivation.

A relationship of mutual trust and understanding between trainer and client, foundational to coaching and adherence.

Encouragement and accountability from family, friends, groups, or the trainer that improves exercise adherence.

Collaboratively defining specific, measurable, attainable, realistic, and timely goals with the client to guide and evaluate the program.

Program design, fitness assessment, technique coaching, and GENERAL nutrition guidance — not diagnosis, treatment, or clinical meal plans.

A physician and/or physical therapist — injury treatment and rehab are out of scope.

A registered dietitian — clinical/medical meal planning is out of scope.

Two years.

2.0 CEUs (20 hours) — 1.9 approved education + 0.1 for current CPR/AED — plus the recert fee.

Be 18+, hold a high school diploma or GED, and have a current CPR/AED certification.

$199, with a waiting period before each retake (1 week, then 30 days, then 1 year).

Informed consent, waivers, liability insurance, documentation, and current CPR/AED.

Pass/fail at a scaled score of 70 (not 70% raw correct).

120 questions (100 scored + 20 unscored pretest) in 2 hours (120 minutes).

A CPT may share general, evidence-based nutrition information and public dietary guidelines but may not prescribe individualized clinical meal plans.

NASM's ethical standards covering professionalism, confidentiality, legal/business practices, and the well-being of clients.

A document explaining the risks, benefits, and procedures of exercise that a client signs before participating.

A signed document in which a client acknowledges inherent exercise risks and releases the trainer from certain liability.

Coverage that protects a trainer financially against claims of negligence or injury arising from their services.

The duty to protect a client's personal health and program information and share it only with permission.

A written, rehearsed plan defining roles, procedures, and contacts for responding to medical emergencies in the facility.

Directing a client to a qualified professional (physician, dietitian, physical therapist, mental-health provider) when needs fall outside the CPT scope.

Approved education credits a trainer must earn within each certification period to recertify and stay current.

A current cardiopulmonary resuscitation and automated external defibrillator certification, required to sit for and maintain the NASM-CPT.

Maintaining accurate client records (assessments, programs, progress, incident reports) for safety, accountability, and risk management.

Maintaining appropriate, respectful trainer-client conduct, dress, communication, and boundaries to protect the professional relationship.

Integrating the best current research, professional expertise, and client needs/preferences to guide programming decisions.