NASM-CPT practice test, with every option explained

A — Not this one. Three-minute efforts with equal rest shift toward the oxidative system, not glycolysis.

B — Not this one. Five-minute efforts with half the rest are aerobic intervals, far outside the glycolytic window.

C — Not this one. Ten seconds with long rest is the ATP-PC (phosphagen) prescription.

D — Not this one. Ten-second efforts are phosphagen work, and 1:1 rest is too short to repeat them at full quality.

E — Correct. Glycolytic intervals run about 30 seconds to 2 minutes, with roughly 1:3 to 1:5 work-to-rest, so 45 seconds at 1:3 targets the pathway directly.

A — Correct. A liability waiver covers inherent exercise risks. It doesn't protect a trainer who steps outside their scope by recommending a high-dose, unregulated supplement.

B — Not this one. This misstates what a waiver does. It doesn't 'limit damages' for advice the trainer had no business giving.

C — Not this one. Giving the recommendation verbally doesn't make it any less out of scope or less of a liability.

D — Not this one. Signing beforehand doesn't stretch the waiver to cover out-of-scope recommendations.

A — Not this one. 2009 kcal is a 30% deficit, double the moderate 15% the question asks for.

B — Not this one. 2870 kcal is maintenance. Nothing has been subtracted.

C — Not this one. 3301 kcal adds 15% instead of subtracting it, which would produce a surplus.

D — Not this one. 2583 kcal is only a 10% deficit. The percentage was applied incorrectly.

E — Correct. 2870 × 0.15 = 430.5 kcal, and 2870 − 430.5 ≈ 2440 kcal.

A — Not this one. 11,550 kcal per week is a 1.5 kg-per-week deficit, and 1,150 kcal a day is far too aggressive.

B — Correct. 0.5 kg × 7700 = 3850 kcal per week, which is 550 kcal per day, so 2800 − 550 = 2250 kcal per day.

C — Not this one. 7700 kcal per week is a full kilogram per week, double the target rate.

D — Not this one. 3500 kcal is the old 'pound of fat' figure, and the question specifies 7700 kcal per kilogram.

A — Correct. During intense exercise, epinephrine and norepinephrine rise while insulin falls. Together they release stored glycogen and fat for fuel.

B — Not this one. Epinephrine rises, not falls, during intense exercise. Both catecholamines climb together.

C — Not this one. Elevated insulin blocks glycogen and fat breakdown, and glucagon rises during exercise rather than falling.

D — Not this one. Cortisol can rise, but elevated insulin would oppose mobilizing energy stores.

E — Not this one. Growth hormone rises during intense exercise, and testosterone isn't the main driver of substrate mobilization.

A — Not this one. 198 is the athlete's body weight converted to pounds, not a carbohydrate amount.

B — Correct. 90 kg × 5.0 g/kg = 450 g of carbohydrate a day.

C — Not this one. 2250 g is 450 × 5, so the multiplication was done twice.

D — Not this one. 990 g comes from converting body weight to pounds (about 198 lb) before multiplying by 5, a unit error.

E — Not this one. 1125 g corresponds to 12.5 g/kg, well beyond any standard carbohydrate recommendation.

A — Not this one. Training doesn't permanently change the insulin receptor's molecular structure. The acute effect works through a different pathway.

B — Not this one. Fat tissue isn't where glycogen is stored for exercise, and hypertrophy is a long-term change, not an acute one.

C — Not this one. Resistance training doesn't raise insulin output acutely. The benefit comes from muscle taking up glucose without needing more insulin.

D — Correct. Muscle contraction moves GLUT4 transporters to the cell membrane through a pathway that doesn't depend on insulin, so muscle takes up glucose even when insulin signaling is impaired.

A — Not this one. Advising an insulin dose change is medical management. A trainer must never adjust medication.

B — Not this one. 'Diabetic shock' and 'incorrect medication management' are diagnoses the trainer can't make.

C — Correct. The note records what was observed (hypoglycemia during exercise) and the action taken (referral to the physician, who manages the medication and nutrition plan).

D — Not this one. Telling the client to change carbohydrate intake for a recurring medical issue is an individualized prescription. Repeated episodes call for the physician.

A — Not this one. A two-month lapse after eight months of training doesn't send someone back to precontemplation. They still intend to exercise.

B — Not this one. Jumping straight back into the old high-intensity program risks soreness, injury and another dropout.

C — Correct. Treat the lapse as normal, identify the work-stress triggers, and restart one step down from where the client left off.

D — Not this one. A punitive contract adds pressure and shame and tends to push clients back out the door.

E — Not this one. Dwelling on the damage from the lapse is a fear-based tactic that usually lowers motivation.

A — Not this one. 'Don't worry about the scale' dismisses the feeling, and the follow-up is a closed yes-or-no question.

B — Not this one. This lectures the client and then offers a closed question tied to the trainer's solution.

C — Not this one. It reflects only the fact, not the feeling, and jumps straight to problem-solving.

D — Correct. 'It's frustrating…' reflects the emotion, and 'How do you feel in your daily activities?' is an open question that steers attention toward progress the scale doesn't show.

E — Not this one. Naming the upset and then questioning the client's tracking accuracy sounds like blame, and the question is closed.

A — Correct. Informed consent depends on the client truly understanding the document, so the trainer pauses and arranges professional translation instead of relying on a minor.

B — Not this one. Rapport doesn't make a teenager's translation of a legal document reliable.

C — Not this one. Knowing fitness terms doesn't qualify a child to translate a legal waiver accurately.

D — Not this one. Gestures and a rough summary can't convey the risks and terms the client is agreeing to.

E — Not this one. Signing first and translating later defeats the purpose of informed consent.

A — Correct. A client who knows they should change but keeps delaying is ambivalent, which fits contemplation. A decisional-balance conversation helps them weigh staying the same against changing, and that helps them move forward.

B — Not this one. Forcing a high-volume program on an ambivalent client skips the readiness work and invites dropout.

C — Not this one. Avoiding the barrier leaves it unresolved. The trainer should explore it.

D — Not this one. Confrontation tends to raise resistance, especially in someone who is already ambivalent.

E — Not this one. Stages describe readiness. You don't 'demote' a client, and this client already intends to change.

A — Not this one. Maintenance requires at least six months of regular exercise. This client hasn't started yet.

B — Not this one. Termination is the end point after long-term maintenance, nowhere near this client's situation.

C — Correct. After weighing pros and cons in contemplation, asking which shoes to buy is a concrete planning step, the sign of moving into preparation.

D — Not this one. Precontemplation means no intention to change. This client has been talking about the benefits for a month.

E — Not this one. Action means the client is actually exercising regularly. Shopping for gear isn't that yet.

A — Not this one. No program skips readiness. An advanced plan for a contemplator usually leads to dropout.

B — Not this one. Rushing into a power phase makes the mismatch between program and readiness even worse.

C — Not this one. Self-efficacy grows from early successes. An advanced plan the client isn't ready for is more likely to produce failure.

D — Not this one. Structure can't create maintenance. That stage comes after months of sustained action.

E — Correct. A client still weighing pros and cons is in contemplation, and a complex 12-week HIIT plan demands action-stage readiness they don't have yet.

A — Not this one. This skips the inhibit and lengthen steps and jumps straight to barbell squats while the restrictions are still there.

B — Not this one. Loading the pattern immediately trains it with the compensations still in place.

C — Correct. This follows NASM's corrective sequence: inhibit (foam roll the calves that limit dorsiflexion), lengthen (stretch the hip flexors), activate (gluteus medius for the valgus), then integrate (goblet squat).

D — Not this one. Stretching before foam rolling reverses the inhibit-then-lengthen order, and there's no activation or integration step.

E — Not this one. Stretching alone leaves out the activation and integration that fix the knee valgus.

A — Not this one. Halving the intensity doesn't fix the problem. Signs of dehydration and heat stress make the test results unreliable.

B — Not this one. Drinking two liters quickly won't fix dehydration on the spot and risks low sodium levels.

C — Correct. An elevated resting heart rate, recent hard exercise in the heat and dark urine point to dehydration and incomplete recovery. Postpone the test until the client is rested and rehydrated. Results taken now would be unreliable, and the test adds risk.

D — Not this one. A maximal strength test is riskier for a dehydrated client and doesn't replace a cardio assessment.

E — Not this one. Trainers don't give infusions, and rushing the test still ignores the client's condition.

A — Not this one. 1,250 kcal overcounts. Check the 4 kcal per gram for carbohydrate and 9 per gram for fat again.

B — Not this one. 1,150 kcal doesn't match 4-4-9 math for these amounts.

C — Not this one. 1,350 is the client's own wrong total, so repeating it is the trap.

D — Correct. 100 g carbohydrate × 4 = 400 kcal, plus 50 g fat × 9 = 450 kcal, gives 850 kcal, far below what the client thought and a likely reason for the fatigue.

E — Not this one. 1,050 kcal still overstates intake. The correct sum is 400 + 450.

A — Correct. Pregnancy changes heart rate responses and balance, so the step test is swapped for a walking test with intensity tracked by RPE.

B — Not this one. Beta-blocker adjustments apply to a medication, not to pregnancy. The option mixes up two special-population rules.

C — Not this one. A maximal test is inappropriate here, and target heart rate is unreliable during pregnancy.

D — Not this one. Slowing the cadence keeps repeated stepping, where balance and heart-rate interpretation are the problem.

E — Not this one. An arm ergometer test is not the standard substitute, and walking is the more natural, lower-risk option.

A — Not this one. A 30-second delay lets heart rate drop noticeably, so the score shifts, sometimes by a whole category.

B — Correct. Heart rate falls quickly after the test ends, so waiting 30 seconds records a lower number, and the norms then rate the client fitter than they really are.

C — Not this one. It's the reverse. The delay makes recovery look better, not worse.

D — Not this one. The error comes from the timing of the post-test measurement, whatever the client's resting heart rate.

E — Not this one. No conversion factor corrects a late measurement. The test has to be done to protocol.

A — Not this one. Rhomboid and pectoral imbalances relate to the upper body and arms, not to forward trunk lean.

B — Correct. Excessive forward lean in the squat is classically linked to overactive hip flexors (and calves) with an underactive gluteus maximus and erector spinae.

C — Not this one. The usual pairing is the reverse: the calves tend to be overactive and the anterior tibialis underactive.

D — Not this one. Tight hamstrings are more linked to a rounded low back than to classic forward lean.

E — Not this one. The latissimus dorsi is linked to the arms falling forward, a different compensation from trunk lean.

A — Not this one. A heavy leg press first, with unweighted thoracic extensions afterward, puts load ahead of fixing the restriction.

B — Not this one. A belt doesn't fix thoracic mobility, and continuing heavy squats keeps loading a faulty pattern.

C — Not this one. Plyometric jump squats add speed and impact to a pattern that's already restricted.

D — Not this one. Front squats need even more thoracic extension, so they won't force a mobility gain safely.

E — Correct. Mobilize the thoracic spine, activate the underactive muscles, then groove the pattern with bodyweight squats before adding load again.

A — Not this one. A single forceful exhale at the end means holding the breath through most of the pull.

B — Not this one. The Valsalva maneuver spikes intra-abdominal and blood pressure, which is exactly what to avoid in pregnancy.

C — Correct. Exhaling steadily through the pull keeps pressure in check and avoids breath-holding, the standard breathing cue for pregnant clients.

D — Not this one. A brief breath-hold at the sticking point is still a Valsalva maneuver.

E — Not this one. Inhaling deeply and bracing hard through the whole pull drives intra-abdominal pressure up.

A — Not this one. Adding load when form is already breaking down at 8 reps makes the faults worse.

B — Not this one. Progressing the load and yelling cues doesn't address a client who isn't ready.

C — Correct. Slowing reps and knee valgus at the end of the set show the client hasn't mastered this load, so it stays the same until the reps are clean. Movement quality decides whether you progress.

D — Not this one. An unstable surface makes control harder and isn't a fix for valgus under load.

E — Not this one. Explosive jump squats are a progression, so they're wrong when the basic squat is breaking down.

A — Not this one. Shorter rest raises the density of the circuit, so heart rate climbs even higher.

B — Not this one. Switching to HIIT is the opposite of bringing an older adult back into a submaximal zone.

C — Correct. Longer rest between stations lowers the circuit's density and lets heart rate come back under the ceiling. Rest is the first variable you adjust when a circuit runs too hot.

D — Not this one. Heavier loads make the work harder and push heart rate up.

E — Not this one. Plyometrics add intensity and impact, the wrong direction for this client.

A — Correct. Gentle static or active stretching taken only to mild tension, with steady breathing and no breath-holding, keeps blood pressure responses small. The holds don't need to be shorter, only gentler.

B — Not this one. Ballistic stretching at end range carries a high injury risk, especially for older adults.

C — Not this one. Sustained isometric contractions are strength work, not stretching, and they encourage breath-holding that raises blood pressure.

D — Not this one. Maximal contractions in contract-relax stretching can spike blood pressure, especially if the client holds their breath.

E — Not this one. Stretching to maximal discomfort is never the goal and raises injury risk.

A — Not this one. Bouncing ballistic stretches after rolling trigger the stretch reflex and add injury risk. They don't prime controlled movement.

B — Not this one. Rolling only after the workout misses the chance to improve the client's mechanics during it.

C — Not this one. Rolling between heavy compound sets interrupts the session and isn't how SMR is planned.

D — Not this one. Maximal testing right after post-activity rolling makes no sense as a sequence for addressing posture.

E — Correct. Rolling the overactive hip flexors before training reduces their tension, and dynamic movement prep then rehearses the range and control the session will use.

A — Not this one. Mixing both inside one hour maximizes interference, the very thing you're trying to prevent.

B — Not this one. Running first, even hours apart, leaves fatigue that blunts maximal strength output that evening.

C — Not this one. Running before the strength session lets endurance fatigue hurt neural output in the heavy lifts.

D — Not this one. A HIIT circuit turns both goals into conditioning and serves neither one.

E — Correct. Do the maximal strength work first, while the nervous system is fresh, then the endurance session.

A — Not this one. Only one exercise has a positional problem, so the whole sequence doesn't need to change.

B — Not this one. Standing cable rows don't involve lying on the back, so they don't need immediate modification.

C — Not this one. Seated curls are a stable, low-risk option.

D — Not this one. Lunges may need balance adjustments as pregnancy goes on, but they're not the exercise that needs immediate modification.

E — Correct. At 24 weeks, NASM guidance is to avoid prolonged supine positions, so the supine chest press moves to an incline or seated version.

A — Not this one. Resisted work at extreme ranges after a hard session adds stress to tissues that need to recover.

B — Not this one. 'Intensive neuromuscular drills' don't address extensibility and add more training stress.

C — Correct. After the session, static or active-isolated stretching improves tissue extensibility and range of motion.

D — Not this one. Ballistic sequences on stiff, fatigued tissue raise injury risk.

E — Not this one. A fast dynamic circuit is warm-up material, not a post-session strategy to improve extensibility.

A — Not this one. A 30% load reduction drops the stimulus below what hypertrophy needs.

B — Correct. Antagonist supersets pair opposing muscles with little downtime, so the same work fits into half the time.

C — Not this one. Isolation-only work loses compound stimulus and isn't actually faster per muscle trained.

D — Not this one. Sprint intervals swap the goal for conditioning and drop the resistance stimulus entirely.

E — Not this one. Dropping to one set per exercise cuts total volume, the main driver of hypertrophy, by a lot.

A — Not this one. Locking collars keep plates from sliding, which is a safety measure.

B — Not this one. Facing the mirror isn't a hazard. Many lifters use the mirror for visual feedback.

C — Not this one. Firm, flat-soled shoes give a stable base for heavy pulls.

D — Correct. A soft, compressible mat gives an unstable, shifting base for a heavy deadlift, which threatens balance and the bar path.

E — Not this one. Clearing the walkway removes a trip hazard, so it isn't the hazard in this setup.

A — Not this one. Correcting both errors after every rep overloads the client, and minor valgus doesn't need that urgency.

B — Correct. Lumbar rounding under a heavy bar is safety-critical and gets immediate feedback. Minor knee valgus can wait for a summary after the set.

C — Not this one. Waiting until the workout is over leaves a dangerous spinal fault uncorrected under load.

D — Not this one. Fatigue doesn't correct errors. It usually makes them worse.

E — Not this one. Stopping at the first minor valgus overreacts, and a detailed correction mid-set is too much information.

A — Correct. One correction rarely sticks, so record the error and plan progressive drills across sessions to retrain the pattern.

B — Not this one. Regressing the whole phase is an overreaction to a pattern that was just corrected.

C — Not this one. Repeating the same cue without reassessing never checks whether the pattern actually changed.

D — Not this one. One good set doesn't make the change permanent, and power-phase pressing would expose the old fault.

E — Not this one. Squat-rack safety pins have nothing to do with head position during an overhead press.

A — Not this one. More cueing doesn't address sharp pain that has lasted three sessions despite two regressions.

B — Not this one. Icing and continuing is a treatment decision for an unexplained, persistent symptom.

C — Not this one. Extra warm-up sets don't fix pain that keeps recurring through regressions.

D — Correct. Sharp pain with popping that persists across sessions and doesn't resolve with regression calls for stopping the exercise and referring for medical evaluation. Once regressions have run out, the next step is referral.

E — Not this one. A third regression keeps working around a red flag instead of getting it evaluated.

A — Not this one. 'Form corrected, keep monitoring' is too vague. It doesn't say what was wrong or what helped.

B — Not this one. Recording only sets, reps and load leaves out the technique information that guides future sessions and shows due care.

C — Correct. A useful session note records the compensation observed, the correction used and how the client responded. That guides the program and documents professional care.

D — Not this one. Documentation is routine, not just for injuries. Waiting until something goes wrong leaves gaps.

E — Not this one. Recording only the successful end result hides the compensation and the correction that got there.

A — Not this one. A long technical lecture doesn't build trust. It mostly overwhelms a beginner.

B — Not this one. Explaining joint angles in detail doesn't produce perfect reps. Beginners need a demo and a cue or two.

C — Not this one. Information overload slows the cognitive stage rather than speeding the move to the autonomous stage.

D — Correct. A beginner in the cognitive stage can only process a little at a time. A detailed biomechanics explanation overloads them and slows learning. Short demos and one or two cues beat a lecture.

E — Not this one. Understanding motor-control pathways isn't how a beginner learns a swing. Practice with simple feedback is.

A — Not this one. Seeing the client's face matters less than being able to control the bar.

B — Not this one. Position matters at any load. On a barbell bench press, side spotting isn't fine for light weights either.

C — Not this one. Grip width is set before the lift and doesn't decide whether a failing bar can be controlled.

D — Not this one. Foot position and leg drive aren't what a bench spotter needs to see when the bar starts to fail.

E — Correct. Standing beside the bench, the spotter can push on only one side of the bar. The uneven force can tilt or rotate the bar over the client. From the head of the bench, both hands lift evenly near the center.

A — Not this one. Scapular and neck cues have nothing to do with knees caving and ankles rolling on landing.

B — Correct. Knee valgus and ankle eversion on landing mean the client can't control the forces yet. Stop the plyometrics and regress to controlled strength or low-impact landing drills.

C — Not this one. A higher box increases landing forces on a pattern that's already failing.

D — Not this one. Single-leg hops are harder, a progression the client clearly isn't ready for.

E — Not this one. Cueing while the drill continues keeps loading a dangerous landing pattern.

A — Not this one. An uneven floor isn't a proprioception tool for depth jumps. It's a hazard. Sets and reps also undercount landing stress.

B — Not this one. Single-leg work increases the load on each leg and still leaves the uneven floor and low ceiling.

C — Not this one. A verbal warning doesn't fix low clearance for med-ball throws, and time isn't how plyometric volume is tracked.

D — Correct. Move to a flat, stable surface with enough space, and track volume as total foot contacts across all drills.

E — Not this one. An uneven floor isn't 'shock absorption,' and counting sets ignores the contacts that actually measure load.

A — Not this one. A forced negative before a heavy attempt adds fatigue and risk. It isn't a safety step.

B — Correct. Before a near-maximal bench press, get the client's consent and agree exactly how and when the spotter will step in, so there are no surprises mid-rep.

C — Not this one. Continuous touch on the elbows interferes with the lift and isn't how a bench press is spotted.

D — Not this one. Hands directly under the bar path get in the way of the descent.

E — Not this one. Safeties an inch above the chest would stop the bar before full range. They should sit just below the lowest point of the lift.

A — Correct. Unresponsive with irregular, gasping breaths (agonal breathing) should be treated as cardiac arrest. Activate EMS and start chest compressions right away, then use an AED as soon as one arrives.

B — Not this one. The recovery position is for an unresponsive person who is breathing normally. Gasping isn't normal breathing.

C — Not this one. Raising the legs and waiting wastes the minutes that decide survival.

D — Not this one. Lay rescuers are taught to start with compressions, not rescue breaths and a pulse check.

E — Not this one. Waiting for gasping to settle delays CPR when it's needed right away.

A — Not this one. Fatigue and motivation are subjective impressions, not objective measures.

B — Not this one. Frustration about progress is a subjective statement, not an objective measure of the session.

C — Not this one. 'Seemed distracted' is the trainer's interpretation, not a measurement.

D — Correct. Sets, reps, load and an RPE number are concrete, comparable data you can track session to session.

E — Not this one. Client-reported pain should be recorded, but it's a subjective report. The objective training data is the best answer here.

A — Not this one. Attendance records are still the client's confidential information. Sharing them needs the client's consent.

B — Not this one. Sharing by phone is still disclosure. Leaving out the paperwork doesn't change that.

C — Not this one. Being married to the client doesn't give the spouse a right to the client's data.

D — Not this one. A confidentiality agreement with the spouse doesn't replace the client's own permission.

E — Correct. Without the client's explicit prior written consent, the trainer shares nothing, not even attendance.

A — Not this one. Cost has nothing to do with why the certificate is rejected.

B — Not this one. Many online courses do cover AED principles. What they lack is hands-on skills.

C — Not this one. No rule requires emergency training to take place in a hospital.

D — Correct. NASM, like most certifiers, accepts only CPR/AED courses that include a hands-on skills check. The candidate handbook says cards from online-only providers aren't accepted.

A — Not this one. Taking employer-held files to a new gym removes records the employer is responsible for and may expose client data.

B — Correct. Client files created at the facility usually belong to the employer and stay there under its retention policy. The trainer can ask clients for consent to start new records at the new location.

C — Not this one. Having clients carry original files out still removes the employer's records, and it's unprofessional.

D — Not this one. Copying files to a personal drive and destroying the originals is unauthorized copying plus destruction of records.

E — Not this one. Photocopying medical questionnaires for personal use and destroying the originals is a serious privacy breach.

A — Not this one. 6 mg/kg is one serving (420 ÷ 70). Two servings double it, and the dose isn't advisable.

B — Correct. Two servings are 840 mg, and 840 ÷ 70 = 12 mg/kg, well above the roughly 3–6 mg/kg range typically studied for performance and a real risk of side effects. The trainer would advise against it and stay within scope.

C — Not this one. The verdict is right, but 15 mg/kg doesn't match the math: 840 mg ÷ 70 kg is 12.

D — Not this one. 24 mg/kg double-counts: 840 mg divided by 35, not 70.

E — Not this one. 18 mg/kg is a math error, and no caffeine dose that high is advisable.

A — Not this one. Rigid fat-loss goals assume a readiness the client doesn't have. They feel healthy and see no reason to change.

B — Not this one. A consequences contract with someone in precontemplation is likely to trigger defensiveness.

C — Correct. A client who sees no reason to exercise is in precontemplation. Gentle consciousness raising, exploring the benefits of activity without pressure, is the stage-matched strategy.

D — Not this one. Forcing a HIIT class to 'show deficits' is confrontational, and it's unsafe for a sedentary client.

E — Not this one. A four-day split for someone not yet ready to change is a programming answer to a readiness problem.

A — Not this one. Self-monitoring heart rate doesn't address unexplained chest symptoms, which need medical input.

B — Not this one. Feeling fine today doesn't rule out a cardiac cause of intermittent chest tightness.

C — Not this one. Thoracic mobility work assumes a musculoskeletal cause the trainer can't confirm.

D — Not this one. Trainers don't diagnose heart problems, and a submaximal test doesn't make that diagnosis.

E — Correct. Unexplained chest tightness, even if infrequent, is a reason to delay high-intensity testing and get medical input first.

A — Correct. Four weeks after major abdominal surgery, rigorous training waits for physician clearance, and the trainer follows any documented restrictions. The client feeling recovered doesn't count as clearance.

B — Not this one. A movement screen can't confirm that surgical tissue has healed.

C — Not this one. A new waiver doesn't address the medical question.

D — Not this one. Testing for pain with a circuit is trial and error on a healing incision.

E — Not this one. Even a low-intensity cardio test before clearance gets the order wrong.

A — Not this one. Changes in heart rate and blood pressure show cardiovascular fitness, not readiness to handle free weights safely.

B — Not this one. Leg-extension strength on a machine says little about the balance and control free weights demand.

C — Not this one. Body composition changes don't show functional readiness for free weights.

D — Not this one. Time spent in a phase doesn't count as a functional criterion. Progression depends on performance.

E — Correct. Better sit-to-stand performance and steady gait speed show functional strength and balance, the abilities free weights depend on in an older adult. Progressions for older adults rest on functional markers, not the calendar.

A — Correct. Before power work and impact after an ACL reconstruction, the client needs pain-free motion and symmetrical neuromuscular control between limbs. Criteria, not the calendar, are what progressions use to clear a client for power.

B — Not this one. A maximal back squat isn't the clearance test for power work and carries its own risk.

C — Not this one. Time in a hypertrophy phase doesn't show the joint can handle landing.

D — Not this one. Aerobic capacity is irrelevant to knee readiness for impact.

E — Not this one. Resting heart rate has nothing to do with readiness for plyometrics.

A — Not this one. Long bounding with incomplete rest turns power work into fatiguing conditioning and raises injury risk.

B — Not this one. Adding aerobic intervals right after reactive drills adds fatigue to a nervous system that needs recovery.

C — Correct. High-intensity plyometrics tax the nervous system, so sessions stay short with full rest between maximal efforts to keep each rep explosive.

D — Not this one. Unstable surfaces don't belong with heavy depth jumps. Mixing them adds risk, not a recovery benefit.

E — Not this one. High-volume circuits on consecutive days give no recovery between sessions.

A — Not this one. Positioning the scapulae from the side while the client unracks splits attention at the riskiest moment, and the side isn't where you spot a bench press.

B — Not this one. Long instructions while the client holds an unracked bar keep the load over the face during the explanation.

C — Not this one. Keeping hands on the scapulae through the whole set builds dependence and gets in the way of spotting the bar.

D — Not this one. Cueing once the descent starts is too late. The position should be set before the bar leaves the rack.

E — Correct. A brief touch at the medial borders before the unrack sets retraction and depression. Then the hands come off so the spotter is free to guard the bar.

A — Not this one. Yanking the wrists upward strains the joints and doesn't control where the bar goes.

B — Not this one. A spotter isn't meant to catch and absorb the full falling weight. That's how spotters get hurt too.

C — Correct. In a failed rep, the spotter guides the bar or dumbbells smoothly to the rack, pins or another safe resting point. The client is never left holding a load they can't control.

D — Not this one. Pressing on the torso to 'realign' the spine mid-lift doesn't control the load and can push the client off balance.

E — Not this one. Forcing joints through unnatural ranges to grind past a sticking point is exactly the injury the spotter is there to prevent.

A — Not this one. Swapping in heavy leg extensions moves away from the squat pattern and shifts stress onto the knee. The client still never learns to control the pelvis.

B — Not this one. Quarter squats with the same heavy load leave the arching pattern in place and just shorten the range.

C — Not this one. Internal cues alone haven't fixed this repeated arching, and keeping the heavy load keeps the risk.

D — Correct. A box squat still lets the client work hard, which respects their goal, while the box limits depth and reinforces control of the pelvis and lower back. It's a regression the client can accept.

E — Not this one. A belt doesn't fix anterior pelvic tilt. Cinching it tight to load a faulty pattern masks the problem.

A — Not this one. Karvonen still relies on heart rate, and beta-blockers blunt the heart-rate response, so recalculating zones doesn't fix the problem.

B — Not this one. Alarms set at 135–145 bpm would push the client to chase a heart rate the medication suppresses.

C — Not this one. The trainer doesn't advise on medication doses, and the current intensity isn't a medical problem.

D — Correct. With a beta-blocker, heart rate under-reports effort. An RPE of 13–15 and the talk test show the client is already working at the intended level, so they become the main gauges of intensity.

E — Not this one. Pushing harder to reach 80–85% of the predicted 167 bpm (about 134–142 bpm) overworks a client whose heart rate can't rise normally.

A — Not this one. Waiting until the first missed session to plan for travel is reactive. The barrier is already known.

B — Not this one. Pausing the package every trip guarantees gaps instead of building a habit that travels.

C — Not this one. A rigorous gym routine that depends on finding a facility is fragile and hard to keep up on the road.

D — Correct. Naming travel as a high-risk situation up front and agreeing on a short, equipment-light hotel workout gives the client a ready plan for those weeks, which protects adherence.

E — Not this one. Extra intensity during in-person sessions doesn't make up for weeks away and raises injury and burnout risk.

A — Not this one. 'Push through' overrides the client's stated discomfort, the opposite of partnership.

B — Not this one. Claiming expert authority dismisses the client's anxiety and invites resistance.

C — Correct. Offering to swap the squat for a leg exercise the client prefers respects their choice and keeps the session collaborative. The squat can come back later if the client wants it.

D — Not this one. 'Just try one set' still pressures the client into the exercise they said makes them anxious.

E — Not this one. 'You must' is directive and ignores autonomy.

A — Correct. A slow sit-to-stand, slow gait speed and 8-second single-leg balance call for a gradual start. Bilateral stance on a stable surface, then tandem stance, is a safe progression.

B — Not this one. Single-leg stance in week 1, then foam, is far beyond 8 seconds of single-leg balance.

C — Not this one. Starting on foam adds instability before the client is steady on firm ground.

D — Not this one. Jumping to step-ups skips the tandem-stance step and adds a fall risk.

E — Not this one. Single-leg stance on foam with eyes closed is an advanced challenge for this client.

A — Not this one. Rescue breaths before the AED delay the device that can restore a heart rhythm.

B — Correct. As soon as an AED arrives, turn it on, attach the pads and follow its voice prompts. Compressions pause only when the device tells you to.

C — Not this one. Finishing a set number of CPR cycles first delays a possible shock.

D — Not this one. Waiting for EMS to use an AED that's already on scene wastes critical minutes.

E — Not this one. Lay rescuers aren't taught to check a pulse first, and doing so delays the AED.