ACE practice exam

C

1. A. Obtain medical clearance before starting because the client is inactive

   Inactivity sets the recommended starting intensity; on its own it does not trigger clearance when disease and symptoms are absent.

2. B. Count CVD risk factors and refer for clearance if two or more are present

   Counting risk factors was the pre-2015 risk-stratification method; the current algorithm does not use risk-factor counts to decide clearance.

3. D. Begin with vigorous intervals, since no disease or symptoms are present

   For an inactive client the algorithm recommends starting at light-to-moderate intensity; vigorous work comes later through gradual progression.

4. C. Begin light-to-moderate activity without clearance and progress gradually

   Under the 2015 ACSM algorithm, an inactive adult with no known cardiovascular, metabolic or renal disease and no signs or symptoms does not need medical clearance. Light-to-moderate intensity is recommended, progressing gradually.

B

1. A. Require a physician's note before starting, as with the original PAR-Q

   Under the original PAR-Q a yes meant talking to a physician first; the PAR-Q+ routes the person to follow-up questions instead.

2. C. Proceed with light activity, since follow-up starts at two yes answers

   A single yes on the general questions is enough to trigger the follow-up pages.

3. D. Run a submaximal fitness test to decide whether follow-up is needed

   The questionnaire, not a fitness test, sets the next screening step.

4. B. Have the client complete the PAR-Q+ follow-up questions for that item

   On the PAR-Q+, a yes to any of the general health questions leads to the follow-up questions; their answers decide whether the person can become more active or should complete the ePARmed-X+ or consult a qualified professional.

B

1. A. Cue the client to shift weight toward the heels while keeping full depth

   A weight-shift cue cannot create the ankle mobility that full depth requires; the client compensates elsewhere or loses balance backward.

2. C. Record 'tight calves' as the finding and assign calf stretches

   This labels a cause that has not been assessed instead of recording the observation and regressing.

3. D. Turn the toes out farther so the heels stay down at full depth

   This hides the limitation with a compensation and skips reassessment.

4. B. Reduce the squat depth and reassess foot contact

   When heels rise with depth, the trainer first regresses to a depth where the heels stay down, reassesses and records what was seen; heel lift often reflects limited ankle dorsiflexion, which further assessment can explore.

D

1. A. Use 220 − age and lower the target zone by about 10 beats

   The size of the medication effect varies between people, so a fixed subtraction does not produce a valid target.

2. B. Use the Karvonen method, since resting HR corrects for the medication

   Karvonen still depends on a predicted HRmax that the medication has altered; a lower resting HR does not fix that.

3. C. Use %HRmax from the Tanaka equation, which suits medicated clients

   Tanaka is a population estimate for healthy adults; it does not account for drug effects on heart rate.

4. D. Use RPE or the talk test, following any clinician-provided guidance

   Medications such as beta blockers blunt the heart-rate response, so age-predicted targets are unreliable. Intensity is better monitored with RPE or the talk test, alongside any guidance from the client's clinician.

B

1. A. Stop the test, have the client walk around to recover, and complete the test after a 10-minute rest

   Termination signs end the test for that day; resuming after a short rest ignores the symptoms and delays appropriate help.

2. C. Pause, then restart once heart rate returns toward baseline

   A falling heart rate does not show that the cause of the symptoms is resolved.

3. D. Switch to a lighter exercise and keep monitoring the symptoms

   Continuing to exercise, even lightly, is not the right response to a termination sign.

4. B. Stop the test, keep the client safe and get appropriate help

   Dizziness with unusual shortness of breath is a test-termination sign. The trainer stops the test, positions the client safely, monitors them and summons appropriate help as needed.

C

1. A. Keep using the existing form until the scheduled annual review

   A significant health change calls for an update now, not at the next scheduled review.

2. B. Apply a standard post-surgery protocol for that region of the body

   Restrictions depend on the specific procedure and recovery, which a generic protocol cannot reflect.

3. D. Proceed if the client reports no pain at the surgical site

   Absence of pain does not establish readiness after surgery.

4. C. Update the health history and any post-surgical restrictions

   Recent surgery is a material health change. The intake history and any clinician restrictions should be updated before choosing the next assessment.

C

1. A. 109.4 bpm

   This substitutes Tanaka HRmax (208 − 0.7 × age) for the specified 220 − age.

2. B. 74.0 bpm

   This takes the fraction of HRmax (%HRmax) instead of applying it to heart-rate reserve.

3. D. 134.0 bpm

   This adds resting HR to fraction × HRmax without first subtracting resting HR from HRmax.

4. C. 110.0 bpm

   HRmax = 220 − 35 = 185; HRR = 185 − 60 = 125; target = 60 + 0.4 × 125 = 110.0 bpm. Another common population estimate is Tanaka HRmax = 208 − 0.7 × age. Use the equation specified here; neither estimate is an individual measured maximum.

A

1. B. Fitness Training

   Fitness Training comes after a consistent base is established; it adds zone 2 intervals to improve aerobic efficiency.

2. C. Movement Training

   Movement Training is a phase of the ACE IFT muscular training component, not the cardiorespiratory component.

3. D. Performance Training

   Performance Training adds zone 3 work for specific performance goals and requires a solid aerobic base.

4. A. Base Training

   In the ACE IFT cardiorespiratory component, Base Training builds a consistent, tolerable habit of steady-state exercise below VT1 (zone 1), guided by the talk test and RPE.

C

1. A. Load/Speed Training

   Load/Speed Training adds external load or speed to patterns the client already controls; this client lacks the stability and mobility that phase requires.

2. B. Base Training

   Base Training is the first phase of the cardiorespiratory component; the word 'base' sounds foundational, but it does not address postural stability or joint mobility.

3. D. Movement Training

   Movement Training coordinates the five primary movement patterns and depends on the stability and mobility this client has not yet established.

4. C. Functional Training

   Functional Training is the first ACE IFT muscular phase; it establishes postural stability and kinetic-chain mobility before patterns are loaded.

B

1. A. Schedule a VT1 talk test as a prerequisite to the first walk

   The submaximal VT1 talk test is introduced in Fitness Training to set zone 2 intervals; making it a prerequisite in Base Training adds an unnecessary barrier.

2. C. Estimate VO2max first with a 1.5-mile run test

   A 1.5-mile run test demands near-maximal effort and is unsuitable for an inactive client who is just beginning to walk.

3. D. Require a maximal graded treadmill test before walking

   Maximal testing is not needed to start low-intensity walking in a client cleared for exercise, and it works against the goal of a positive early experience.

4. B. Use activity history and an informal talk test

   ACE IFT Base Training does not require formal cardiorespiratory assessment; the trainer can start from activity history and keep the pace in zone 1 using the talk test or RPE.

C

1. A. Move muscular training up to Movement Training so the phases match

   Advancing muscular training to match the cardio phase skips the stability and mobility work this client still needs.

2. B. Hold cardio in Base Training until Functional Training is finished

   Cardio progression does not depend on muscular progression; holding cardio back wastes aerobic readiness the client has already shown.

3. D. Move cardio back to Base Training to match the muscular phase

   Regressing cardio to 'match' the muscular phase treats the components as linked, which the model does not require.

4. C. Fitness Training cardio paired with Functional Training muscular work

   The cardiorespiratory and muscular components of ACE IFT progress independently, so a client can be in cardio Fitness Training while still doing muscular Functional Training.

C

1. A. A standard four-week block for each phase

   A fixed block length is the same calendar logic the stem describes; some clients need longer and others are ready sooner.

2. B. Completing the prescribed reps, even with compensation

   Repetitions completed with compensation show the client is not yet ready for more demand.

3. D. Attending a set number of sessions

   Attendance shows consistency but not whether movement quality or fitness has improved enough to progress.

4. C. The client's goals and demonstrated readiness

   ACE IFT is client-centered: progression follows the client's goals and demonstrated readiness on reassessment, not a universal calendar.

D

1. A. Rotational

   Rotational patterns transfer force through trunk rotation; stair climbing mainly loads one leg at a time.

2. B. Pulling

   Pulling draws resistance toward the body with the arms; the stair drill is driven by the legs.

3. C. Bend-and-lift

   Bend-and-lift uses both legs symmetrically; here the weight shifts onto one supporting leg.

4. D. Single-leg

   Stepping up a stair requires controlling weight transfer onto the leading leg, which defines the single-leg pattern.

A

1. B. Lower the chest to the support while the hips lead the descent

   Hips leading breaks the straight-body line the pattern requires.

2. C. Squeeze the shoulder blades together throughout the press

   The scapulae should move with the press; locking retraction is not the pushing function.

3. D. Flare the elbows to 90 degrees to stress the chest

   Flaring the elbows to about 90 degrees increases shoulder stress; a moderate elbow angle (roughly 45 degrees) is usually cued instead.

4. A. Push the body away from the support with the trunk aligned

   Coaching cues for an incline push-up should reinforce a controlled push away from the support while the head, trunk and hips stay in one line.

B

1. A. Narrow the stance so the feet are nearly in line

   A near-in-line stance narrows the base of support and makes balance harder.

2. C. Switch to a forward lunge so the step becomes part of the exercise

   A forward lunge adds a dynamic step and deceleration, which raises the balance demand rather than lowering it.

3. D. Add hand support but lift the rear foot onto a bench

   Elevating the rear foot raises the balance and leg demand, offsetting the help from hand support.

4. B. Add stable hand support

   Holding a stable rail or bench reduces the balance demand so the client can practice the split-squat pattern without stepping out to recover.

B

1. A. Cross the arms over the chest and keep the full curl range

   Removing hand support leaves the neck flexors carrying the head through the full range, so the strain is likely to continue.

2. C. Switch to full sit-ups with the feet anchored to share the work

   Anchored full sit-ups shift work to the hip flexors and add lumbar demand without fixing neck control.

3. D. Tuck the chin firmly to the chest throughout each repetition

   Forced chin tucking increases cervical flexion; ACE cues a neutral neck with space between chin and chest.

4. B. Reduce the curl range and support the head lightly without pulling

   Neck strain means the client is using the head and neck to finish a curl-up range the abdominals cannot yet complete. A smaller range with light head support, and no pulling, keeps the work on the trunk flexors.

D

1. A. Move sessions to early mornings, since morning exercisers tend to adhere better

   This imposes a trainer-chosen time based on a generalization, without checking whether mornings work with childcare.

2. B. Suggest the client bring the children along to watch the sessions

   This proposes a solution before asking the client, and supervising children during training may not be safe or allowed.

3. C. Remind the client of the health benefits to strengthen commitment

   Information about benefits does not remove a practical childcare conflict.

4. D. Explore alternative times and formats together and agree on one to try

   The barrier is a specific clash between evening workouts and childcare. Exploring other times and formats together, then agreeing on one to try, resolves that clash with an option the client can actually use.

B

1. A. Explain the research behind the target so its value is clear

   More explanation can feel like persuasion and does not return any decision to the client.

2. C. Let the client choose the exercise order but keep the target

   Choosing exercise order is a minor choice that leaves the pressuring target untouched.

3. D. Lower the target slightly but keep it trainer-set for accountability

   A smaller trainer-set target still excludes the client from deciding what to work toward.

4. B. Revisit the target together and let the client choose the focus

   The pressure comes from a target the client had no part in choosing. Revisiting it together and letting the client choose the focus returns that decision to the client.

B

1. A. Keep the plan and explain that confidence grows once training starts

   Mastery builds confidence only when early tasks are achievable; an unchanged plan rated low in confidence risks early failure.

2. C. Increase session frequency so confidence builds through exposure

   More frequent sessions add demand to a plan the client already doubts.

3. D. Ask the client to commit publicly to the plan to strengthen resolve

   Public commitment adds pressure without making the plan feel more achievable.

4. B. Ask what would raise confidence and scale the task to match

   Very low confidence suggests the plan is unlikely to be followed. Asking what would raise confidence and scaling the task to match lets the client start with something they believe they can do.

B

1. A. Keep the load and plan a deload after the next overload block

   Postponing the deload adds another overload block on top of recovery that is already inadequate.

2. C. Reduce the load back to the previous level and keep it there for the rest of the program

   Reducing demand is reasonable, but freezing it permanently skips reviewing causes and ends progression once recovery improves.

3. D. Lengthen rest between sets while keeping the new load and frequency

   Longer intra-session rest helps set quality but does not address recovery between sessions.

4. B. Review recent changes and reduce volume or intensity until recovery improves

   Two sessions of unusually poor recovery after a load increase suggest the new dose is too high for now. Reviewing recent changes and reducing volume or intensity until recovery improves corrects the dose without abandoning progression.