22 Client Screening & Fitness Assessment Practice Questions & Answers

1. 1. During the initial intake interview, which piece of information is a SUBJECTIVE finding?

   • A.The client reports working seated at a desk 8 hours a day and having had shoulder surgery✓ Answer
   • B.A body fat estimate of 22% obtained with skinfold calipers
   • C.Knee valgus observed during the overhead squat assessment
   • D.A resting blood pressure of 118/76 mmHg taken with a cuff and stethoscope

   Subjective information is what the client reports — medical, occupational and family history, past injuries and surgeries, medications, and lifestyle factors such as sleep, stress and recreation. Objective information is what the trainer measures or observes, including blood pressure, body composition, static posture and movement compensations, so only the self-reported desk work and surgical history is subjective.

   Source: NASM-CPT Exam Content Outline, Domain 3 (Assessment), Task 1 — subjective assessmentsReport a problem with this question

2. 2. A new client answers "yes" on the readiness questionnaire to a question about chest pain occurring during physical activity. What should the trainer do next?

   • A.Have the client repeat the questionnaire in two weeks and train in the meantime
   • B.Start stabilization-level training immediately but skip all assessments
   • C.Begin a submaximal cardiorespiratory test to see whether the symptom actually appears
   • D.Refer the client for medical clearance from a physician or qualified health professional before beginning exercise✓ Answer

   A "yes" response on a readiness questionnaire flags a condition or symptom that may make unsupervised activity unsafe, so the answer escalates the client to clearance or review by a physician or qualified health professional before any exercise or testing begins. A personal trainer may not evaluate or rule out chest pain, and testing the client to reproduce the symptom would expose them to the very risk the screen is designed to prevent.

   Source: PAR-Q+ (CSEP) participant instructions; NASM-CPT Exam Content Outline, Domain 3, and (medical release/referral indicators)Report a problem with this question

3. 3. A client's occupational history shows 10 hours a day seated at a computer, and she reports low back tightness. Which imbalance should the trainer expect and then confirm with a movement assessment?

   • A.Overactive deep cervical flexors with underactive upper trapezius
   • B.Overactive hip flexor complex with underactive gluteal muscles✓ Answer
   • C.Overactive gluteus maximus with underactive hip flexors
   • D.Overactive anterior tibialis with underactive soleus

   Prolonged sitting holds the hips in flexion, so the hip flexor complex adapts to a shortened position and becomes overactive while the lengthened gluteals are reciprocally inhibited and become underactive. This is the classic lower-crossed pattern that occupational questioning is designed to predict, and the overhead squat or single-leg squat is then used to confirm it.

   Source: NASM-CPT Exam Content Outline, Domain 3 (occupational and lifestyle questionnaire; static posture, lower-crossed pattern)Report a problem with this question

4. 4. A client's medication list includes a beta-blocker. How should this change the way the trainer monitors cardiorespiratory intensity?

   • A.Add a fixed 20 bpm to every target heart rate to correct for the medication
   • B.Keep using predicted maximum heart rate targets exactly as calculated
   • C.Avoid all cardiorespiratory training until the medication is stopped
   • D.Use ratings of perceived exertion and the talk test, because the medication blunts the heart-rate response✓ Answer

   Beta-blockers reduce both resting and exercise heart rate, so a heart rate that looks low no longer reflects the true metabolic demand and heart-rate-based zones underestimate the client's actual effort. Perceived exertion and the talk test measure the client's own response to the workload and remain valid, which is why they are the recommended intensity gauge whenever medication or a pacemaker makes heart rate unreliable.

   Source: NASM-CPT Exam Content Outline, Domain 3 (medications; cardiorespiratory assessment/intensity monitoring)Report a problem with this question

5. 5. During intake, a client reports waking at night short of breath and notices swelling in both ankles by the end of the day. What is the trainer's correct next action?

   • A.Begin low-intensity walking and monitor whether the symptoms improve over four weeks
   • B.Refer the client to a physician for evaluation before conducting any fitness testing or programming✓ Answer
   • C.Advise the client to lower dietary sodium and recheck the ankles next session
   • D.Perform a 3-minute step test to quantify how limited the client's cardiorespiratory fitness is

   Shortness of breath when lying down and bilateral ankle swelling are recognized signs and symptoms suggestive of cardiovascular disease, and their presence requires medical release before exercise testing or training proceeds. A trainer who tests, trains or gives dietary advice in this situation is both exercising a client with a possible undiagnosed condition and stepping outside the scope of practice.

   Source: NASM-CPT Exam Content Outline, Domain 3 (indicators requiring medical release/referral); ACSM's Guidelines for Exercise Testing and Prescription — signs/symptoms suggestive of cardiovascular diseaseReport a problem with this question

6. 6. A static postural assessment reveals an anterior pelvic tilt with an increased lumbar curve. Which pairing of overactive and underactive muscles best matches this pattern?

   • A.Overactive abdominal complex; underactive erector spinae and latissimus dorsi
   • B.Overactive gluteus maximus and hamstring complex; underactive hip flexor complex
   • C.Overactive latissimus dorsi and pectorals; underactive mid and lower trapezius
   • D.Overactive hip flexor complex and erector spinae; underactive gluteus maximus and abdominal complex✓ Answer

   In the lower-crossed pattern the pelvis is pulled into anterior tilt by shortened, overactive hip flexors in front and overactive erector spinae behind, while the gluteus maximus and abdominal complex are lengthened and reciprocally inhibited. Recognizing the pairing matters because the overactive muscles are the ones targeted with myofascial release and static stretching, and the underactive ones are the targets for activation and strengthening.

   Source: NASM-CPT Exam Content Outline, Domain 3 (kinetic chain checkpoints, static posture — lower-crossed distortion)Report a problem with this question

7. 7. A client presents with rounded shoulders and a forward head position in standing. Which muscles should be prioritized for activation and strengthening?

   • A.Latissimus dorsi and teres major
   • B.Levator scapulae and sternocleidomastoid
   • C.Mid and lower trapezius, rhomboids and deep cervical flexors✓ Answer
   • D.Pectoralis major and minor with upper trapezius

   Rounded shoulders with a forward head is the upper-crossed pattern, in which the pectorals, latissimus dorsi, upper trapezius, levator scapulae and sternocleidomastoid are shortened and overactive while the scapular retractors, depressors and deep cervical flexors are lengthened and underactive. Corrective work stretches the overactive group and activates the lengthened group, so the mid and lower trapezius, rhomboids and deep cervical flexors are the strengthening priority.

   Source: NASM-CPT Exam Content Outline, Domain 3 (static postural assessment — upper-crossed distortion)Report a problem with this question

8. 8. In standing, a client shows flattened arches with the feet rolling inward and the knees drifting toward the midline. Which group of muscles is most likely OVERACTIVE?

   • A.Anterior tibialis, posterior tibialis and gluteus medius
   • B.Peroneals, lateral gastrocnemius and tensor fascia latae✓ Answer
   • C.Gluteus maximus and medial hamstring complex
   • D.Rhomboids and mid trapezius

   This is pes planus (pronation) distortion syndrome, in which excessive foot pronation and tibial internal rotation shorten the peroneals, lateral gastrocnemius and tensor fascia latae while lengthening the anterior and posterior tibialis and the gluteus medius and maximus. The pattern shows up at the foot/ankle and knee checkpoints, and it explains why arch collapse and knee valgus are treated as one linked chain rather than two separate problems.

   Source: NASM-CPT Exam Content Outline, Domain 3 (kinetic chain checkpoints; pes planus/pronation distortion syndrome)Report a problem with this question

9. 9. Viewed from the front during the overhead squat assessment, a client's feet turn out. Which muscles are most likely overactive?

   • A.Soleus, lateral gastrocnemius and biceps femoris (short head)✓ Answer
   • B.Anterior tibialis and posterior tibialis
   • C.Medial gastrocnemius, medial hamstring complex and gracilis
   • D.Adductor complex and vastus medialis oblique

   Feet turning out during the squat indicates shortened, overactive soleus, lateral gastrocnemius and short head of the biceps femoris pulling the lower leg into external rotation, while the medial gastrocnemius, medial hamstrings, gracilis, sartorius and popliteus are lengthened and underactive. The common error is to confuse this set with the feet-flatten compensation, which instead implicates the peroneals and tensor fascia latae with an underactive anterior and posterior tibialis.

   Source: NASM-CPT Exam Content Outline, Domain 3 (movement assessment); NASM overhead squat compensation reference — feet turn outReport a problem with this question

10. 10. During the overhead squat assessment a client's knees move inward. Which muscles are underactive and should therefore be activated and strengthened?

    • A.Adductor complex and tensor fascia latae
    • B.Biceps femoris (short head) and vastus lateralis
    • C.Piriformis and lateral gastrocnemius
    • D.Gluteus medius, gluteus maximus and vastus medialis oblique✓ Answer

    Knee valgus is driven from above and below the knee rather than by the knee itself: the adductor complex, tensor fascia latae, short head of the biceps femoris and vastus lateralis are overactive, while the hip abductors and external rotators (gluteus medius and maximus) and the vastus medialis oblique are underactive and fail to control femoral adduction and internal rotation. Strengthening those underactive hip and quadriceps stabilizers is therefore the corrective priority.

    Source: NASM-CPT Exam Content Outline, Domain 3 (movement assessment); NASM overhead squat compensation reference — knees move inwardReport a problem with this question

11. 11. From the lateral view of the overhead squat, a client demonstrates excessive forward lean of the torso. Which muscle is most likely OVERACTIVE?

    • A.Anterior tibialis
    • B.Gluteus maximus
    • C.Abdominal complex✓ Answer
    • D.Erector spinae

    With excessive forward lean the overactive muscles are the soleus, gastrocnemius, hip flexor complex and abdominal complex, while the anterior tibialis, gluteus maximus and erector spinae are underactive. Candidates frequently misplace the abdominal complex as underactive here, but the trunk is being pulled into flexion, so the abdominals are the shortened side and the spinal extensors and hip extensors are the lengthened, inhibited side.

    Source: NASM-CPT Exam Content Outline, Domain 3 (movement assessment); NASM overhead squat compensation reference — excessive forward leanReport a problem with this question

12. 12. A client's overhead squat shows the low back arching. Which corrective plan follows directly from this finding?

    • A.Release and static stretch the hip flexor complex and latissimus dorsi, then activate the gluteus maximus and intrinsic core stabilizers✓ Answer
    • B.Static stretch the anterior tibialis, then strengthen the soleus
    • C.Static stretch the rhomboids and mid trapezius, then strengthen the pectorals
    • D.Static stretch the gluteus maximus and hamstring complex, then strengthen the hip flexor complex

    Low back arching reflects an overactive hip flexor complex, erector spinae and latissimus dorsi tipping the pelvis anteriorly and extending the lumbar spine, with an underactive gluteus maximus, hamstring complex and intrinsic core stabilizers failing to hold neutral. The corrective sequence always inhibits and lengthens the overactive tissue first and then activates the underactive tissue, because a lengthened muscle cannot be strengthened effectively while its antagonist remains short and reciprocally inhibiting it.

    Source: NASM-CPT Exam Content Outline, Domain 3 (movement assessment — low back arches); Domain 4 corrective flexibility (inhibit/lengthen overactive, activate underactive)Report a problem with this question

13. 13. During the overhead squat assessment the client's arms fall forward. Which muscles are most likely overactive?

    • A.Latissimus dorsi, teres major and pectoralis major/minor✓ Answer
    • B.Deep cervical flexors and rhomboids
    • C.Rotator cuff and posterior deltoid
    • D.Mid and lower trapezius with rhomboids

    Arms falling forward is produced by shortened, overactive latissimus dorsi, teres major and pectoralis major and minor, which restrict shoulder flexion and pull the humerus into extension, adduction and internal rotation; the mid and lower trapezius, rhomboids, rotator cuff and posterior deltoid are underactive. A common error is blaming the shoulder muscles alone and forgetting the latissimus dorsi, which crosses the shoulder from the pelvis and is usually the largest contributor.

    Source: NASM-CPT Exam Content Outline, Domain 3 (movement assessment); NASM overhead squat compensation reference — arms fall forwardReport a problem with this question

14. 14. A client shows excessive forward lean during the overhead squat. The trainer repeats the squat with the client's heels elevated on a small board and the forward lean is markedly reduced. What does this indicate?

    • A.Restriction at the ankle and calf complex is the primary limiter of the movement✓ Answer
    • B.The gluteus medius is overactive and should be stretched
    • C.The client's intrinsic core stabilizers are strong and need no attention
    • D.The latissimus dorsi is the primary limiter of the movement

    Elevating the heels artificially supplies the ankle dorsiflexion the client lacks, so if the compensation improves the limitation is coming from the ankle and calf complex rather than from the hips or core. This is why the modification is used: it isolates the cause and tells the trainer to direct release and stretching to the soleus and gastrocnemius before assuming a hip or trunk problem.

    Source: NASM-CPT Exam Content Outline, Domain 3 (movement assessment modifications — heels elevated)Report a problem with this question

15. 15. A client's overhead squat is clean, but during the single-leg squat the right knee moves inward. What is the most appropriate corrective response?

    • A.Stretch the gluteus medius and strengthen the adductor complex
    • B.Refer the client to a physician to diagnose the knee before any training
    • C.Release and stretch the adductor complex and tensor fascia latae, then activate the gluteus medius and maximus✓ Answer
    • D.Strengthen the vastus lateralis and short head of the biceps femoris

    The single-leg squat exposes unilateral hip stabilization demands that a bilateral squat can mask, and inward knee movement there points to overactive adductors, tensor fascia latae, short head of the biceps femoris and vastus lateralis with an underactive gluteus medius and maximus. The corrective sequence lengthens the overactive tissue and then activates the hip abductors/external rotators that failed to control the femur; referral is reserved for pain, injury or red-flag findings, not for a movement compensation.

    Source: NASM-CPT Exam Content Outline, Domain 3 (single-leg squat assessment); NASM single-leg squat compensation reference — knee moves inwardReport a problem with this question

16. 16. During a standing cable chest press (pushing) assessment, the client's shoulders elevate toward the ears. Which muscles are most likely overactive?

    • A.Rotator cuff and rhomboids
    • B.Upper trapezius and levator scapulae✓ Answer
    • C.Mid and lower trapezius
    • D.Deep cervical flexors

    Shoulder elevation during pushing or pulling assessments indicates overactive upper trapezius and levator scapulae substituting for underactive mid and lower trapezius, which normally depress and stabilize the scapula against the load. Correcting it means inhibiting and stretching the upper trapezius and levator scapulae and activating the scapular depressors and retractors before loading the pattern more heavily.

    Source: NASM-CPT Exam Content Outline, Domain 3 (pushing/pulling movement assessments — shoulders elevate)Report a problem with this question

17. 17. A trainer administers a 3-minute step test to a healthy client. How is the client's result determined?

    • A.By the heart rate recorded at the end of the third minute while the client is still stepping
    • B.By a 60-second recovery pulse taken with the client seated immediately after the test and compared with norm tables✓ Answer
    • C.By the total number of steps completed during the 3 minutes
    • D.By the difference between systolic blood pressure before and after the test

    The step test holds the workload constant with a fixed step height and a metronome-set cadence, so the variable that reflects fitness is how quickly the heart rate falls once the work stops. The client sits immediately at the end of the test and a 60-second recovery pulse is counted and compared with published norms, with a lower recovery heart rate indicating better cardiorespiratory fitness.

    Source: NASM-CPT Exam Content Outline, Domain 3 (cardiorespiratory assessment); YMCA 3-minute step test protocolReport a problem with this question

18. 18. Which statement correctly describes the Rockport walk test?

    • A.The client walks one mile as fast as possible without jogging; the time and immediate post-test heart rate are used to estimate aerobic capacity✓ Answer
    • B.The client runs 1.5 miles for time and the finishing time alone gives the result
    • C.The client exercises to volitional fatigue while expired gases are analyzed to measure aerobic capacity directly
    • D.The client steps to a metronome cadence for three minutes and the trainer counts the recovery pulse

    The Rockport test is a submaximal field test in which the client covers one mile walking as fast as possible without breaking into a jog, and the estimate of aerobic capacity is calculated from the walk time and the heart rate taken immediately at the finish along with body weight, age and sex. Keeping the client walking is what preserves the validity of the prediction equation and keeps the test submaximal and appropriate for less-conditioned clients.

    Source: NASM-CPT Exam Content Outline, Domain 3 (cardiorespiratory assessments); Rockport one-mile walk test protocolReport a problem with this question

19. 19. A competitive bodybuilder has a body mass index that falls in the obesity range, but skinfold testing estimates his body fat at 12%. How should the trainer interpret this?

    • A.BMI is a direct measure of body fat and therefore overrides the skinfold result
    • B.The client is obese by definition and should begin an immediate caloric restriction plan
    • C.The trainer should recalculate BMI using waist circumference instead of height
    • D.BMI compares weight to height and cannot distinguish lean mass from fat mass, so the body-composition data should guide the interpretation✓ Answer

    BMI is calculated only from mass and height, so a client carrying a large amount of muscle is classified the same way as a client carrying the same weight as fat. It is a population-level screening tool rather than a measure of body composition, and when a body-fat estimate contradicts it, the composition data describes the client more accurately; prescribing a caloric restriction plan would also fall outside a trainer's scope.

    Source: NASM-CPT Exam Content Outline, Domain 3 (body composition; physiological measures); BMI = weight (kg) / height (m)²Report a problem with this question

20. 20. A trainer measures a new client's resting blood pressure on two separate visits and both readings are well above the normal range; the client reports no prior diagnosis. What should the trainer do?

    • A.Tell the client he has hypertension and instruct him to reduce dietary sodium
    • B.Document both readings and refer the client to a physician before beginning training, without diagnosing or labeling the condition✓ Answer
    • C.Retake the reading immediately after a set of heavy squats to see whether it normalizes
    • D.Proceed with 1-repetition-maximum bench press testing to establish a strength baseline

    Blood pressure should be taken with the client seated and rested, feet flat, back supported and the arm at heart level, and repeated elevated readings are a referral trigger rather than something the trainer acts on alone. A personal trainer may record and use measurements but may not diagnose a condition or give medical or dietary treatment for it, and maximal strength testing in a client with uncontrolled blood pressure adds unnecessary cardiovascular risk.

    Source: NASM-CPT Exam Content Outline, Domain 3 (physiological measures; use of other professionals' data; referral indicators)Report a problem with this question

21. 21. A trainer performs the Davies test with an athlete. Which quality does this assessment measure?

    • A.Upper-extremity muscular endurance
    • B.Upper-extremity agility and shoulder stabilization✓ Answer
    • C.Maximal upper-body strength
    • D.Lower-extremity agility and dynamic single-leg control

    The Davies test is a closed-chain upper-extremity test in which the athlete holds a push-up position with the hands set apart and alternately touches the opposite hand for a timed interval, so the score reflects upper-extremity agility and the ability of the shoulder complex to stabilize while the other arm moves. It is distinct from the push-up test, which measures upper-extremity muscular endurance, and from the shark skill test, which measures lower-extremity agility; it is contraindicated for clients with shoulder instability or recent shoulder injury.

    Source: NASM-CPT Exam Content Outline, Domain 3 (performance assessments); Davies (closed kinetic chain upper extremity stability) test protocolReport a problem with this question

22. 22. A trainer wants to assess a healthy, well-trained client's lower-body POWER. Which test is the most appropriate choice?

    • A.Push-up test
    • B.5-10-5 pro shuttle
    • C.40-yard dash
    • D.Vertical jump✓ Answer

    Power is force produced quickly, so the appropriate test is one that measures how much force the client can express in a single explosive effort — the vertical jump (or long jump) does exactly that. The 40-yard dash measures acceleration and speed, the 5-10-5 pro shuttle measures agility and change of direction, and the push-up test measures upper-extremity muscular endurance, so matching the test to the fitness component being assessed is what makes the result meaningful.

    Source: NASM-CPT Exam Content Outline, Domain 3 and Task 2c/2d (performance assessments: power, speed, agility, endurance)Report 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 →