22 Client Screening & Fitness Assessment Practice Questions & Answers

1. 1. A trainer is organizing the information gathered at a first session. Which entry in the record is OBJECTIVE rather than subjective?

   • A.A report of about five hours of sleep a night and low water intake
   • B.A history of ankle sprains that the client says still feel unstable
   • C.A tape measurement of the client's waist and hip circumference taken today✓ Answer
   • D.A description of low back tightness that follows every long drive

   Objective information is anything the trainer measures or observes directly, so a circumference taken with a tape belongs in that column. Everything the client narrates about injuries, sleep, hydration or symptoms is subjective, because it comes from the client's own account and cannot be verified by the trainer at the moment it is recorded.

   Source: NASM Essentials of Personal Fitness Training, fitness assessment chapter — subjective versus objective informationReport a problem with this question

2. 2. A 46-year-old client answers "yes" to the readiness-questionnaire item asking whether she has ever lost consciousness or lost her balance because of dizziness. What does that answer oblige the trainer to do?

   • A.Start her on low-intensity stationary cycling and re-screen after four weeks
   • B.Run a submaximal step test first to see whether the dizziness returns
   • C.Obtain written physician clearance before any exercise or testing begins✓ Answer
   • D.Document the answer, then proceed with the full assessment battery as planned

   The readiness questionnaire is a screening instrument, not a diagnostic one: any affirmative answer means the client may have a condition that exercise could unmask, so the questionnaire itself directs the person to obtain clearance before starting or progressing activity. Training first, or testing to see whether the symptom reappears, deliberately exposes the client to the very risk the screen was written to catch.

   Source: PAR-Q+ (Physical Activity Readiness Questionnaire for Everyone), participant instructions following a "yes" responseReport a problem with this question

3. 3. During intake a client mentions that on brisk walks he gets a tight, squeezing discomfort in the chest that eases once he stops. What is the trainer's correct next action?

   • A.Train him on upper-body machines only, since the symptom appears with walking
   • B.Keep his heart rate under 65% of maximum and repeat the intake form in a month
   • C.Walk him on a treadmill at that same pace to see how the discomfort behaves
   • D.Refer him to a physician and hold all exercise until he is medically cleared✓ Answer

   Chest discomfort that appears with exertion and settles with rest is one of the classic signs suggestive of cardiovascular disease, and its presence is a stop-and-refer finding rather than something to be worked around with a lower intensity or a different muscle group. A trainer who reproduces the symptom under supervision is performing an exercise test on a client who has not been cleared for one.

   Source: NASM Essentials of Personal Fitness Training, health-risk appraisal — signs and symptoms requiring medical referralReport a problem with this question

4. 4. A client's intake form shows nine hours a day in dress shoes with a raised heel plus a two-hour seated commute. Which finding should the trainer expect and then confirm with a movement assessment?

   • A.Shortened anterior tibialis limiting plantar flexion, with the arches held very high
   • B.Shortened rotator cuff limiting rotation, with the head carried behind the trunk
   • C.Shortened rectus abdominis limiting extension, with the shoulders held elevated
   • D.Shortened gastrocnemius and soleus limiting dorsiflexion, with feet turning out✓ Answer

   A raised heel keeps the ankle in relative plantar flexion for most of the working day, so the calf complex adapts to that shortened position and dorsiflexion range is lost. Because a squat demands dorsiflexion, the client borrows the range elsewhere and the feet rotate outward, which is exactly why occupational and footwear questions are asked before the movement screen rather than after it.

   Source: NASM Essentials of Personal Fitness Training, client intake — occupational and lifestyle historyReport a problem with this question

5. 5. A client taking a beta-blocker for hypertension describes his current pace as hard, yet his heart rate reads 104 beats per minute. How should the trainer monitor intensity?

   • A.Raise the workload until heart rate reaches the zone calculated from age and rest
   • B.Use the heart rate as recorded, because the drug changes resting but not exercise values
   • C.Add 20 beats to every reading, because the drug shifts the whole curve down that far
   • D.Set intensity by perceived exertion and the talk test, as the drug blunts heart rate✓ Answer

   Beta-blockers lower heart rate at rest and during exercise and flatten the rise in rate as work increases, so a heart-rate number no longer tracks metabolic demand and any zone built from age or resting rate misreads the effort. Perceived exertion and the talk test come from the client's own ventilatory and muscular response, which the medication does not mask, and no fixed correction factor exists because the degree of blunting varies by drug and dose.

   Source: NASM Essentials of Personal Fitness Training, cardiorespiratory assessment — medications that alter the heart rate responseReport a problem with this question

6. 6. A client newly diagnosed with type 2 diabetes asks her trainer to write a daily menu with set portion sizes. What should the trainer do?

   • A.Send her to a registered dietitian and cover general eating principles himself✓ Answer
   • B.Build a menu around the supplement line he sells, adjusting it as she loses weight
   • C.Hand her a carbohydrate-counting plan timed around her medication schedule
   • D.Write a menu from her calculated calorie needs and revise it at each weigh-in

   Building an individualized menu for a diagnosed metabolic disease is medical nutrition therapy, which is the licensed practice of a dietitian and not part of a trainer's scope; timing food around a prescribed medication compounds the problem, because it intervenes in a treatment the trainer did not prescribe. The trainer may still discuss general principles such as whole foods, hydration and meal regularity, so the referral does not leave the client without nutrition support.

   Source: NASM Certified Personal Trainer Code of Professional Conduct — scope of practice and referral to allied health professionalsReport a problem with this question

7. 7. Viewed from behind in standing, a client's arches are flattened, the feet roll inward and the knees drift toward the midline. Which muscles are most likely UNDERACTIVE?

   • A.Peroneus longus, lateral gastrocnemius, adductor complex and tensor fascia latae
   • B.Soleus, biceps femoris short head, vastus lateralis and rectus femoris
   • C.Medial gastrocnemius, medial hamstrings, sartorius and popliteus
   • D.Anterior tibialis, posterior tibialis, gluteus medius and gluteus maximus✓ Answer

   Arch collapse with inward knee drift is the pes planus distortion pattern, in which excessive pronation and internal tibial and femoral rotation shorten the lateral calf, the adductors and the tensor fascia latae. The muscles that would resist that chain — the tibialis pair supporting the arch and the gluteus medius and maximus controlling femoral adduction and internal rotation — are lengthened and inhibited, which is why the foot and the hip are treated as one linked problem.

   Source: NASM Essentials of Personal Fitness Training, static postural assessment — pes planus distortion syndromeReport a problem with this question

8. 8. How is the overhead squat assessment set up and observed?

   • A.Feet shoulder-width and straight, arms overhead, five reps seen from three angles✓ Answer
   • B.Feet at shoulder width, a light bar racked at the chest, twelve reps from one angle
   • C.Feet wide and turned out, hands on the hips, ten repetitions seen from two angles
   • D.Feet together, arms crossed on the chest, three repetitions seen from one angle

   The assessment is designed to load the whole kinetic chain in a repeatable way: a neutral stance removes stance width as a variable, the arms held overhead expose restriction at the shoulder and latissimus dorsi, and repeating the squat several times while moving around the client from the front, side and back is what allows a compensation to be seen consistently rather than once by chance. Adding external load or watching from a single angle hides the compensations the test exists to reveal.

   Source: NASM Essentials of Personal Fitness Training — overhead squat assessment protocolReport a problem with this question

9. 9. During the overhead squat assessment, a client's feet turn outward as she descends. Which muscles are most likely UNDERACTIVE?

   • A.Medial gastrocnemius, medial hamstrings, gracilis, sartorius and popliteus✓ Answer
   • B.Anterior tibialis, posterior tibialis, gluteus medius and maximus
   • C.Peroneus longus, peroneus brevis, lateral gastrocnemius and soleus
   • D.Adductor complex, tensor fascia latae and the vastus lateralis

   Feet turning out is driven by a shortened, overactive soleus, lateral gastrocnemius and short head of the biceps femoris, which rotate the lower leg externally once dorsiflexion runs out. Their medial counterparts — medial gastrocnemius, medial hamstrings, gracilis, sartorius and popliteus — are the lengthened, inhibited side, and this pairing is missed most often because candidates memorize the overactive column and never learn the medial group that mirrors it.

   Source: NASM Essentials of Personal Fitness Training — overhead squat compensation and probable muscle imbalance tablesReport a problem with this question

10. 10. From the side view of the overhead squat, the client's torso leans excessively forward. Which muscles are most likely UNDERACTIVE?

    • A.Anterior tibialis, gluteus maximus and erector spinae✓ Answer
    • B.Soleus, gastrocnemius and the whole hip flexor complex
    • C.Gluteus medius, adductor complex and vastus lateralis
    • D.Rectus abdominis, external obliques and latissimus dorsi

    In an excessive forward lean the trunk is being pulled down and in, so the calf complex, the hip flexors and the abdominal complex are the shortened, overactive side. The muscles that should be holding the client upright — the anterior tibialis pulling the shin back over the foot, the gluteus maximus extending the hip and the erector spinae extending the spine — are the lengthened, inhibited side, which is why candidates who place the abdominals in this column get the item wrong.

    Source: NASM Essentials of Personal Fitness Training — overhead squat compensation and probable muscle imbalance tablesReport a problem with this question

11. 11. A client's low back arches during the overhead squat. Which muscles are most likely UNDERACTIVE?

    • A.Rectus abdominis, external obliques and the adductor magnus
    • B.Gluteus maximus, hamstring complex and intrinsic core stabilizers✓ Answer
    • C.Hip flexor complex, erector spinae, latissimus dorsi and psoas major
    • D.Upper trapezius, levator scapulae and the sternocleidomastoid

    An arching low back means the pelvis has tipped anteriorly and the lumbar spine has extended, pulled by an overactive hip flexor complex, erector spinae and latissimus dorsi. Holding neutral is the job of the hip extensors and the deep stabilizers, so the gluteus maximus, hamstrings and intrinsic core are the lengthened side; correction inhibits and lengthens the overactive tissue first, because a reciprocally inhibited muscle cannot be strengthened effectively while its short antagonist keeps switching it off.

    Source: NASM Essentials of Personal Fitness Training — overhead squat compensation and probable muscle imbalance tablesReport a problem with this question

12. 12. During the overhead squat the client's pelvis tucks under and the low back rounds near the bottom. Which muscles are most likely OVERACTIVE?

    • A.Hip flexor complex, erector spinae and the quadratus lumborum
    • B.Soleus, medial gastrocnemius, gracilis and the popliteus muscle
    • C.Gluteus maximus, erector spinae, mid trapezius and rhomboids
    • D.Hamstring complex, adductor magnus, rectus abdominis and external obliques✓ Answer

    A rounding low back is the mirror image of an arching one: here the pelvis is pulled into posterior tilt by short hamstrings and adductor magnus while the rectus abdominis and external obliques flex the trunk, and the gluteus maximus, erector spinae and latissimus dorsi are the lengthened, inhibited side. Reading the direction the pelvis moves before naming muscles is what keeps the two patterns apart, since they share several muscle names in opposite columns.

    Source: NASM Essentials of Personal Fitness Training — overhead squat compensation and probable muscle imbalance tablesReport a problem with this question

13. 13. The client's arms drift forward out of line with the torso during the overhead squat. Which muscles should the trainer plan to activate and strengthen?

    • A.Upper trapezius, levator scapulae and the sternocleidomastoid
    • B.Anterior deltoid, coracobrachialis and the serratus anterior
    • C.Mid and lower trapezius, rhomboids and the rotator cuff✓ Answer
    • D.Latissimus dorsi, teres major and pectoralis major and minor

    Arms falling forward is produced by a shortened latissimus dorsi, teres major and pectoralis group that restrict shoulder flexion and pull the humerus into extension and internal rotation, so those are the muscles to inhibit and lengthen. The scapular retractors and depressors together with the rotator cuff are the lengthened side that failed to hold the arms overhead, so they are the activation target; the latissimus dorsi is the piece most often forgotten because it crosses from the pelvis to the arm.

    Source: NASM Essentials of Personal Fitness Training — overhead squat compensation and probable muscle imbalance tablesReport a problem with this question

14. 14. Watching from the front, a trainer sees the client's hips shift toward the right side each time she squats. Which muscle is most likely UNDERACTIVE?

    • A.The left tensor fascia latae, which normally abducts and rotates the hip
    • B.The right gluteus medius, which normally steadies the pelvis in the frontal plane✓ Answer
    • C.The right adductor complex, which normally draws the femur toward the midline
    • D.The left quadratus lumborum, which normally hikes the pelvis on that side

    An asymmetric weight shift means the pelvis is drifting toward one side instead of descending squarely, and the frontal-plane control of the hip on the side being shifted toward has given way. The adductor complex and tensor fascia latae on that side are short and overactive and pull the pelvis across, while the gluteus medius on the same side is lengthened and fails to hold it level, so the shift names the side before it names the muscle.

    Source: NASM Essentials of Personal Fitness Training — overhead squat assessment, asymmetric weight shiftReport a problem with this question

15. 15. A client shows an excessive forward lean on the overhead squat. With the heels elevated on a board, the lean is unchanged. What does that tell the trainer?

    • A.The restriction sits above the ankle, so hip and trunk should be examined✓ Answer
    • B.The client lacks the strength to squat and needs a box squat before reassessment
    • C.The soleus and gastrocnemius are the main restriction and should be released first
    • D.The test is invalid and should be repeated with the client's shoes taken off

    Raising the heels artificially supplies the dorsiflexion the ankle cannot produce, so the modification works as a controlled experiment on a single variable. If the compensation disappears the calf complex was the limiter; if it persists, as here, the ankle has been ruled out and the cause lies higher in the chain, typically short hip flexors or a trunk that cannot stay extended, which is where the corrective work should now be aimed.

    Source: NASM Essentials of Personal Fitness Training — modified overhead squat assessment with elevated heelsReport a problem with this question

16. 16. A client arches the low back during the overhead squat, but when he repeats it with his hands on his hips the arch disappears. What is the most reasonable interpretation?

    • A.Ankle dorsiflexion is limited, since removing the arms shortened the squat depth
    • B.Weak intrinsic core stabilizers are the driver, since the trunk had less to hold
    • C.Overactive hip flexors are the driver, since the pelvis still tilts anteriorly
    • D.Shoulder and latissimus restriction forced the arch once the arms went overhead✓ Answer

    Placing the hands on the hips removes the upper-extremity demand while leaving the lower body unchanged, so it isolates whether a lumbo-pelvic compensation is actually coming from the shoulder girdle. A latissimus dorsi that cannot allow full shoulder flexion tips the pelvis and extends the spine to get the arms up, and when that demand is removed the arch resolves; if the hips were the true cause the arch would remain regardless of arm position.

    Source: NASM Essentials of Personal Fitness Training — modified overhead squat assessment with hands on hipsReport a problem with this question

17. 17. During a standing cable row, the client's head juts forward each time he pulls. Which muscles should the corrective program aim to strengthen?

    • A.The sternocleidomastoid, which flexes and rotates the head on the neck
    • B.The posterior deltoid and rotator cuff, which decelerate the arm
    • C.The deep cervical flexors, which hold the head in line above the shoulders✓ Answer
    • D.The upper trapezius and levator scapulae, which elevate the scapula

    Forward head migration during pushing or pulling is a cervical checkpoint failure: the upper trapezius, levator scapulae and sternocleidomastoid are short and overactive and pull the head in front of the shoulders when load arrives. The deep cervical flexors are the lengthened, inhibited group that should be holding cervical alignment, so they are the strengthening target, while the overactive group is inhibited and lengthened first.

    Source: NASM Essentials of Personal Fitness Training — pushing and pulling assessment checkpointsReport a problem with this question

18. 18. When is the single-leg squat assessment the appropriate next step, and what does the trainer watch for?

    • A.After a clean overhead squat, watching whether the knee moves toward the midline✓ Answer
    • B.Before any other movement test, watching whether the client can balance 30 seconds
    • C.After a maximal strength test, watching whether the low back rounds under fatigue
    • D.For clients reporting knee pain, watching whether the pain returns on the descent

    The single-leg squat is a progression in difficulty, used when a bilateral squat no longer reveals anything, because standing on one limb removes the compensation a second leg provides and exposes frontal-plane hip control. The compensation it is built to show is the knee travelling toward the midline, which points to short adductors and tensor fascia latae with a gluteus medius that cannot control femoral adduction and internal rotation.

    Source: NASM Essentials of Personal Fitness Training — single-leg squat assessmentReport a problem with this question

19. 19. Two clients complete the same three-minute step test at the same cadence and step height. Client A's one-minute recovery pulse is 92; Client B's is 128. What does the comparison show?

    • A.Client B worked harder, so the higher recovery pulse reflects that effort
    • B.Client B is the fitter one, since a trained heart holds a raised rate
    • C.Client A is the fitter of the two, since his heart rate recovers more quickly✓ Answer
    • D.Neither result can be read without an estimate of maximal oxygen uptake

    The step test fixes the workload by holding step height and cadence constant, so effort is not a variable the clients control and the only thing that differs is how the heart responds afterward. A heart rate that falls quickly once work stops reflects better parasympathetic recovery and cardiorespiratory fitness, and the score is read from that recovery pulse rather than from any calculated oxygen-uptake value.

    Source: NASM Essentials of Personal Fitness Training — three-minute step test, recovery heart rate scoringReport a problem with this question

20. 20. A rugby player is 1.78 m and 104 kg, and the body mass index calculation places him in the obese category, yet he carries visibly heavy musculature. How should the trainer proceed?

    • A.Record the index as his body fat estimate, since height and weight capture the same thing
    • B.Measure body composition and girths, as the index cannot separate fat from lean mass✓ Answer
    • C.Set a weight-loss target from the index, because the category defines his health risk
    • D.Repeat the index after a week of dieting, since the number falls as water is lost

    The body mass index is computed from mass and height alone, so it treats a kilogram of muscle and a kilogram of fat identically and misclassifies anyone whose lean mass is unusually high. It is a population screening ratio rather than a measure of composition, so when the question is how much of this athlete's mass is fat, a skinfold, impedance or circumference measurement answers it and the index does not.

    Source: NASM Essentials of Personal Fitness Training, body composition assessment — limitations of the body mass indexReport a problem with this question

21. 21. A trainer measures resting blood pressure on three separate visits, seated with the arm at heart level, and every reading is far above the normal range. The client has no diagnosis and takes no medication. What must the trainer do?

    • A.Advise a low-sodium eating plan and recheck the pressure in four weeks
    • B.Send the readings to a physician and hold training until he is cleared✓ Answer
    • C.Retest weekly and begin training once a single reading falls in the normal band
    • D.Record the readings and start light circuit training to bring the pressure down

    A trainer may take and record blood pressure but may not diagnose the condition it suggests or treat it with exercise or diet, and repeated elevated readings taken with correct technique are precisely the finding that triggers referral. Training an unscreened client whose pressure is high adds cardiovascular risk during the pressor response to exercise, and one later normal reading does not cancel a consistent pattern.

    Source: NASM Essentials of Personal Fitness Training, physiological assessment — blood pressure technique and referral criteriaReport a problem with this question

22. 22. An athlete hops on one leg through a nine-square grid with the hands kept on the hips, returning to the center square between hops. Which quality is being assessed?

    • A.Upper-extremity agility and shoulder stabilization under body weight
    • B.Lower-extremity agility and neuromuscular control on a single limb✓ Answer
    • C.Lower-body power expressed in one maximal explosive effort
    • D.Straight-line acceleration and top speed over a short measured distance

    Hopping through a grid on one leg with the hands fixed on the hips removes arm swing and forces the stance limb to absorb landing, stabilize and redirect in every direction, which is a test of lower-extremity agility and neuromuscular control. It is routinely confused with the push-up-position test that measures upper-extremity agility, and with a vertical jump, which measures a single explosive effort rather than repeated changes of direction.

    Source: NASM Essentials of Personal Fitness Training, performance assessment — shark skill test for lower-extremity agilityReport a problem with this question

Practice questions written to the published exam content outline for the NASM Certified Personal Trainer credential and to the standard exercise-science material common to accredited personal-training certifications. NASM and OPT are marks of the National Academy of Sports Medicine; this site is not affiliated with or endorsed by NASM, ACE, ISSA, or NSCA. Exam content outlines are revised periodically — confirm current requirements with your certifying body before testing. Nothing here is medical advice; a personal trainer does not diagnose, treat, or prescribe. About the CPT certification →