personal‑trainer exams

NASM-CPT · blueprint domain 3 of 6

NASM-CPT Assessment, 16% of the exam

Screening, posture and movement tests: what you check before a client trains, and what the results tell you to do next. A single overhead-squat compensation can involve several muscles, some overactive and some underactive, and the questions expect you to know which is which.

  • 16%of the scored items
  • K28–K44knowledge statements
  • 17questions on this page
01

Seventeen statements, from PAR-Q to reassessment

K28–K44, grouped the way questions use them:

  • Health screening (K28–K31): PAR-Q, personal and family medical history, medical risk factors, lifestyle questionnaire.
  • Vital signs and cardio tests (K32–K33, K35): resting heart rate, blood pressure, waist-to-hip ratio, the 3-minute step test, the Rockport walk test, VO2max and RPE, plus results from other health professionals.
  • Body composition (K36): skinfold calipers, circumference, bioelectrical impedance, fat mass and lean mass.
  • Static posture and kinetic chain checkpoints (K34, K37): ankles, knees, lumbo-pelvic-hip complex, shoulders, head.
  • Movement assessments (K39): overhead squat, single-leg squat, push, pull, gait. Which muscles are likely overactive or underactive for each compensation.
  • Performance tests (K38, K40): 1RM, vertical jump, long jump, and choosing tests for the client's goal and fitness level.
  • Special populations, referral and reassessment (K41–K44): youth, seniors, prenatal, clinical and obese clients; when to require medical clearance; when to reassess.

Source: NASM CPT exam blueprint, domain 3 (K28–K44) · checked 19 Oct 2026

Trap: overactive vs underactive

A classic wrong answer flips the two lists. When the knees cave in on the overhead squat, the adductors and TFL are on the overactive side and gluteus medius is on the underactive side. Learn each compensation as a pair of lists, not as one muscle.

02

17 assessment questions

0 / 0 correct
Question 1 of 17 · Assessment · 16%Not answered

A client presents with restricted overhead shoulder mobility. During the assessment, regressing to a supine position yields significant improvement in range of motion for the right arm, but the left arm remains severely restricted and unchanged despite multiple regressions. Which action is the most appropriate?

Why each option is right or wrong

Pick an answer. Then tap any option to read its explanation, the wrong ones included.

A — Not this one. Aggressive release on an arm that hasn't responded to any regression treats a problem the trainer hasn't identified, which falls outside scope.

B — Not this one. More stretching ignores the warning sign. A restriction that doesn't change with regression is not a simple tightness problem.

C — Not this one. Loaded eccentrics on an unexplained, fixed restriction could aggravate an underlying problem.

D — Correct. The right arm improved with regression, which fits a muscular imbalance a trainer can address. The left arm didn't change at all, which points to a possible joint or structural issue, so the trainer refers that shoulder out.

E — Not this one. Joint mobilization is a manual therapy technique for licensed clinicians, not personal trainers.

Question 2 of 17 · Assessment · 16%Not answered

A client exhibits perfectly symmetrical alignment during a static postural assessment. However, during a dynamic single-leg squat screen, the client displays profound inward knee collapse exclusively on the right side. What does this discrepancy most likely indicate?

Why each option is right or wrong

Pick an answer. Then tap any option to read its explanation, the wrong ones included.

A — Correct. Symmetrical static posture with a one-sided collapse only during the single-leg squat points to a dynamic neuromuscular control problem, not a structural one.

B — Not this one. A structural deformity would generally show up in the static assessment too, and a trainer can't determine joint-capsule pathology anyway.

C — Not this one. Tightness on both sides would tend to cause compensations on both sides, not collapse on one side only.

D — Not this one. Overactive adductors on both sides would predict both knees caving in, not just the right one.

E — Not this one. A fixed limb-length difference is structural and would likely be visible during the static assessment.

Question 3 of 17 · Assessment · 16%Not answered

A 52-year-old male client takes warfarin (anticoagulant) following a deep vein thrombosis six months ago. He reports a nosebleed lasting 15 minutes two days prior but states it has resolved. His physician cleared him for 'moderate exercise.' The client requests a 1-repetition maximum (1RM) bench press test to establish strength baselines. What is the trainer's MOST appropriate action?

Why each option is right or wrong

Pick an answer. Then tap any option to read its explanation, the wrong ones included.

A — Not this one. Avoiding the Valsalva maneuver doesn't make a maximal effort safe for someone on an anticoagulant with recent bleeding.

B — Not this one. Waiting two weeks is arbitrary. Time alone doesn't clear the bleeding risk or broaden the 'moderate exercise' clearance.

C — Not this one. A 10RM test is still near-maximal effort, and swapping tests sidesteps the real question of what the physician has actually cleared.

D — Correct. Warfarin plus a recent prolonged nosebleed is a bleeding-risk red flag, and 'moderate exercise' doesn't authorize maximal testing. The trainer declines the 1RM and asks the physician to clarify. Vague clearance means verify before anything high-intensity.

E — Not this one. Clearance for moderate exercise isn't clearance for a maximal test, and the nosebleed having stopped doesn't remove the anticoagulant risk.

Question 4 of 17 · Assessment · 16%Not answered

A client is awaiting medical clearance for high-intensity training following a clinical restriction. Until the physician's clearance is obtained, which exercise programming selection strictly adheres to the low-to-moderate supervised modification requirements?

Why each option is right or wrong

Pick an answer. Then tap any option to read its explanation, the wrong ones included.

A — Correct. While clearance for high intensity is pending, the trainer stays with closely supervised, low-to-moderate work such as steady walking on a flat surface.

B — Not this one. Unsupervised work mixed with heavy resistance breaks both conditions: supervision and low-to-moderate intensity.

C — Not this one. Maximal strength testing is high intensity, whether it's done on machines or free weights.

D — Not this one. Plyometrics are high intensity. Tracking heart rate doesn't change what's being done.

Question 5 of 17 · Assessment · 16%Not answered

A client's pre-assessment data includes a positive PAR-Q+ response for a history of knee joint problems. The client provides physician clearance for walking and light resistance training. Resting vital signs are normal. During bodyweight squats, the client reports acute, localized knee pain. Which decision is most appropriate regarding a planned 1RM back squat assessment?

Why each option is right or wrong

Pick an answer. Then tap any option to read its explanation, the wrong ones included.

A — Correct. Acute, localized knee pain during bodyweight squats rules out a maximal squat test. Clearance for light training doesn't change that, so the trainer cancels the 1RM and documents the pain.

B — Not this one. Wraps and a belt don't address the cause of the pain. Using them to push through it is unsafe.

C — Not this one. Clearance came before the new symptom. Ignoring pain that just appeared is never correct.

D — Not this one. Changing the stance and still testing maximally ignores the warning sign entirely.

E — Not this one. Swapping to a 10RM knee extension still loads the painful joint heavily, and that machine places high stress across the knee.

Question 6 of 17 · Assessment · 16%Not answered

A 55-year-old client is struggling to reach their prescribed age-predicted target heart rate zone on the treadmill, despite reporting a maximal Rating of Perceived Exertion (RPE) of 18/20. Which omission from the client's initial medical history assessment most likely explains this discrepancy?

Why each option is right or wrong

Pick an answer. Then tap any option to read its explanation, the wrong ones included.

A — Not this one. Resting metabolic rate doesn't explain a heart rate that stays low while the client reports near-maximal effort.

B — Not this one. Family history affects risk stratification, not the heart rate response during a session.

C — Correct. Beta-blockers blunt the heart rate response, so the client can reach near-maximal effort (RPE 18) and still not hit an age-predicted zone.

D — Not this one. Past lower-body injuries might limit treadmill tolerance, but they don't suppress heart rate.

E — Not this one. Over-the-counter NSAIDs don't meaningfully blunt exercise heart rate the way beta-blockers do.

Question 7 of 17 · Assessment · 16%Not answered

A 75-kg client completes a 5-repetition maximum squat using 100 kg. Applying the formula e1RM = weight ÷ (1.0278 − 0.0278 × reps), what is the client's relative strength for this movement?

Why each option is right or wrong

Pick an answer. Then tap any option to read its explanation, the wrong ones included.

A — Not this one. 1.13 divides the estimated 1RM by the 100 kg lifted, not by the client's body weight.

B — Not this one. 1.33 divides the 5RM load (100 kg) by body weight and skips the 1RM estimate.

C — Not this one. 1.19 doesn't come from any valid step. Estimate the 1RM first, then divide by body weight.

D — Not this one. 0.89 is just the formula's denominator (1.0278 − 0.139), not a strength ratio.

E — Correct. e1RM = 100 ÷ (1.0278 − 0.0278 × 5) = 100 ÷ 0.8888 ≈ 112.5 kg, and relative strength = 112.5 ÷ 75 = 1.50. It's a two-step calculation.

Question 8 of 17 · Assessment · 16%Not answered

During an initial consultation, a client reports feeling unexplained shortness of breath while seated and notes a history of uncontrolled hypertension. What is the appropriate trainer response?

Why each option is right or wrong

Pick an answer. Then tap any option to read its explanation, the wrong ones included.

A — Not this one. Static assessments don't remove the risk. Unexplained breathlessness at rest is a reason to stop and refer, not to switch tests.

B — Correct. Shortness of breath while seated plus uncontrolled hypertension are red flags. The trainer stops the assessment and refers the client for medical evaluation before doing anything else.

C — Not this one. Even very low-intensity exercise isn't appropriate with unexplained symptoms at rest.

D — Not this one. Breathing drills would treat a symptom the trainer can't explain. The client needs medical evaluation first.

E — Not this one. A warm-up is exercise, and reassessing afterward risks exactly the situation the red flags warn about.

Question 9 of 17 · Assessment · 16%Not answered

A trainer calculates a 40-year-old client's target heart rate using the Karvonen method. The client has a resting heart rate of 70 bpm and a target intensity of 70%. The trainer calculates a final target of 77 bpm. Which critical step did the trainer omit from the formula?

Why each option is right or wrong

Pick an answer. Then tap any option to read its explanation, the wrong ones included.

A — Not this one. The subtraction happened: HRmax (208 − 0.7 × 40 = 180) minus 70 gives the 110 bpm reserve that produced 77.

B — Not this one. The multiplication happened (110 × 0.70 = 77). That number is the trainer's final answer.

C — Not this one. Perceived exertion has no place in the Karvonen formula.

D — Not this one. HRmax was clearly estimated (208 − 0.7 × 40 = 180). The 77 comes from that number minus the resting rate.

E — Correct. Karvonen is ((HRmax − HRrest) × intensity) + HRrest. With HRmax 180, the reserve is 110 and 110 × 0.70 = 77, which is only the reserve portion. Adding the 70 bpm resting rate back gives 147 bpm.

Question 10 of 17 · Assessment · 16%Not answered

A prospective athlete presents with an exceptional resting heart rate of 48 bpm and excellent mobility, but registers a resting blood pressure of 165/100 mmHg. Which programmatic decision aligns with the conservative safety rule?

Why each option is right or wrong

Pick an answer. Then tap any option to read its explanation, the wrong ones included.

A — Correct. 165/100 mmHg is a high reading that calls for medical input, however fit the client looks otherwise. The conservative choice is to delay vigorous testing until the client has clearance.

B — Not this one. Plyometrics are not a blood pressure treatment, and vigorous work with this reading is the opposite of conservative.

C — Not this one. A heavy 1RM spikes blood pressure, which is especially risky at 165/100.

D — Not this one. A low resting heart rate doesn't offset a markedly elevated blood pressure.

E — Not this one. Running standard tests while just skipping barbells still pushes ahead without the medical input this reading calls for.

Question 11 of 17 · Assessment · 16%Not answered

A client verbally agrees to perform a 1RM barbell squat test after the trainer explains the procedure. Which action BEST protects the client and the trainer before the assessment begins?

Why each option is right or wrong

Pick an answer. Then tap any option to read its explanation, the wrong ones included.

A — Not this one. A witness to a verbal agreement is weaker evidence than a signed document that spells out the risks.

B — Not this one. Changing the test protocol doesn't replace consent. The client still has to formally accept the risks.

C — Correct. Before a maximal test, get the client's signature on a written informed consent that describes the procedure and its risks. It's the clearest record that the client understood and accepted them.

D — Not this one. A note saying the client agreed verbally doesn't show which risks were explained. It's weaker than a signed informed consent.

E — Not this one. Baseline metrics are part of the assessment itself, not a liability safeguard.

Question 12 of 17 · Assessment · 16%Not answered

During a cardiovascular assessment, the trainer waits 15 seconds after exercise cessation before measuring the client's recovery heart rate. How does this delay mathematically affect the estimated fitness category derived from normative tables?

Why each option is right or wrong

Pick an answer. Then tap any option to read its explanation, the wrong ones included.

A — Not this one. It's the reverse. The delay makes recovery look better than it is, not worse.

B — Not this one. The delay affects the post-exercise reading, not the resting baseline.

C — Not this one. Muscle soreness has nothing to do with how recovery heart rate is interpreted.

D — Correct. Heart rate drops quickly after exercise stops, so measuring 15 seconds late records a lower number, and the normative tables then place the client in a fitter category than they really belong in.

E — Not this one. A lower delayed heart rate pushes the rating up, not down.

Question 13 of 17 · Assessment · 16%Not answered

During a submaximal treadmill assessment, a 48-year-old client abruptly reports experiencing mild, unexplained chest discomfort. The client dismisses the sensation as simple indigestion from a recent meal. Which action must the personal trainer take?

Why each option is right or wrong

Pick an answer. Then tap any option to read its explanation, the wrong ones included.

A — Not this one. Finishing the stage with unexplained chest discomfort continues exercise despite a red flag.

B — Not this one. Resting and then resuming still continues the test after a cardiac warning sign.

C — Not this one. Slowing down and monitoring keeps the client exercising when the right move is to stop.

D — Correct. Unexplained chest discomfort during exercise means you stop immediately and the client gets medical clearance, whatever they think caused it. The client's self-diagnosis ('just indigestion') never overrides the red flag.

E — Not this one. Offering an antacid accepts the client's guess and steps outside a trainer's scope.

Question 14 of 17 · Assessment · 16%Not answered

Following a strenuous 60-minute outdoor cardiorespiratory assessment in a hot environment, a client weighs 1.5 kg less than their pre-assessment weight and reports feeling excessively thirsty. Which hydration recommendation is most appropriate?

Why each option is right or wrong

Pick an answer. Then tap any option to read its explanation, the wrong ones included.

A — Not this one. Drinking 3–3.5 liters of plain water at once is a large bolus that raises the risk of hyponatremia, especially after heavy sweating.

B — Not this one. Four liters or more in 30 minutes is far more than a 1.5 kg loss requires, and it's too much too fast.

C — Not this one. Withholding fluid from a dehydrated, thirsty client makes the problem worse.

D — Correct. NASM's guideline is 16–24 fl oz per pound lost, about 1.0–1.5 L per kg. A 1.5 kg loss therefore needs roughly 1.5–2.25 L, sipped over the next few hours rather than all at once.

E — Not this one. Repeated high-sugar drinks until thirst fades isn't a structured plan, and thirst lags behind actual fluid needs.

Question 15 of 17 · Assessment · 16%Not answered

During an overhead squat assessment, your client's knees move inward (valgus) on both sides during the descent. Ankle dorsiflexion range of motion is within normal limits bilaterally. Which is the MOST likely primary motor control or strength deficit?

Why each option is right or wrong

Pick an answer. Then tap any option to read its explanation, the wrong ones included.

A — Not this one. Quadriceps weakness isn't the usual driver of knees caving in during the overhead squat.

B — Not this one. The stem rules this out: dorsiflexion range was measured as normal on both sides.

C — Correct. With ankle range confirmed normal, knees caving in points to an underactive gluteus medius and poor control of the hip abductors and external rotators, which lets the femurs drift into adduction and internal rotation.

D — Not this one. Core stability affects the trunk. It isn't the primary explanation for both knees caving in.

E — Not this one. Tight hip flexors are linked to the low back arching, not mainly to knees caving in.

Question 16 of 17 · Assessment · 16%Not answered

During an overhead squat assessment, a client exhibits a severe forward lean. To determine if this compensation is driven primarily by a lack of ankle dorsiflexion rather than hip flexor tightness, which regression strategy should the personal trainer implement?

Why each option is right or wrong

Pick an answer. Then tap any option to read its explanation, the wrong ones included.

A — Not this one. A wider stance changes several variables at once and doesn't isolate the ankle.

B — Not this one. A single-leg squat tests a different compensation, mainly knee and hip control.

C — Not this one. Stretching is an intervention, not an assessment regression.

D — Correct. Raising the heels removes the dorsiflexion demand. If the forward lean improves, limited ankle mobility was a primary driver. If it doesn't, look at the hip flexors and core.

E — Not this one. A loaded back squat adds load before the cause is identified.

Question 17 of 17 · Assessment · 16%Not answered

Review the client's strength testing log. January: 185 lb × 10 reps, estimated with Formula A → 1RM 246 lb. July: 195 lb × 8 reps, estimated with Formula B → 1RM 241 lb. Despite lifting heavier weight in July, the calculated 1RM decreased. What is the primary cause of this apparent loss in maximum strength?

Why each option is right or wrong

Pick an answer. Then tap any option to read its explanation, the wrong ones included.

A — Correct. The two tests used different 1RM prediction formulas, so their estimates can't be compared directly. Lifting more weight for 8 reps likely reflects a real gain.

B — Not this one. Fewer reps with more weight is expected. The formula accounts for reps, so that isn't the cause.

C — Not this one. No 'endurance coefficient' explains this. It's an invented term.

D — Not this one. Lifting more weight is inconsistent with real atrophy.

E — Not this one. A small change in an estimate isn't evidence of CNS fatigue. The methods simply differ.

Answer all questions to see your score

03

A “yes” on the PAR-Q

When a client answers yes to a PAR-Q item, the blueprint's answer (K43) is medical clearance before you assess or train them, not a gentler version of the test. The same logic applies to a first session with a deconditioned client: skip maximal tests such as a 1RM or a vertical jump until a base is built (K40). Distractors offer a “modified” maximal test, but the exam wants the screening done first.

04

Neighboring domains

→

Assessment questions in an app

Keep practicing for the NASM-CPT in an app

More NASM-CPT practice questions with explanations, in a study app for your phone. Not affiliated with NASM.

Get the appApp StoreGoogle Play
05

Assessment domain: quick answers

How many Assessment questions are on the NASM-CPT exam?

Expect about 16 of the 100 scored questions: Assessment is 16% of the blueprint. Unscored pretest items (20) are mixed in on top.

Which assessments does the NASM exam focus on?

The blueprint lists health screening, vital signs, body composition, static posture and movement assessments such as the overhead squat. Expect questions that ask which muscles are likely overactive or underactive for a given compensation.

What are the kinetic chain checkpoints?

Ankles (feet), knees, lumbo-pelvic-hip complex, shoulders and head (cervical spine). They appear in Assessment (K34) and again in Exercise Technique (K72), where they are used to cue form.