I85PREP
⌘ K
ACSM GEI study materials
ACSM GEI study resources

ACSM GEI practice questions

One question at a time. Build your ACSM GEI understanding.

First 50 of 200 questions. Each one lists the choices, the correct answer, and an explanation. The checker at the top of this page saves progress in this browser when it is available.

Continue in the practice tool above to load more questions, 50 at a time.

Question 1Exercise Physiology, Anatomy, and Kinesiology

Which protein makes up the thick filaments of a sarcomere?

  1. Myosin Correct answer.
  2. Actin
  3. Troponin
  4. Titin

Explanation

Thick filaments are composed of myosin, whose heads bind to actin and hydrolyze ATP to generate force. Thin filaments are built mainly from actin, with troponin and tropomyosin regulating the binding sites. Titin is an elastic protein that anchors myosin to the Z-line and contributes passive tension.

Question 2Exercise Physiology, Anatomy, and Kinesiology

Which structure stores calcium and releases it to initiate muscle contraction?

  1. Sarcoplasmic reticulum Correct answer.
  2. Transverse tubule
  3. Mitochondrion
  4. Sarcolemma

Explanation

The sarcoplasmic reticulum is a membranous network that sequesters calcium at rest and releases it upon excitation, allowing troponin to bind calcium and expose actin binding sites. The transverse tubules conduct the action potential into the fiber interior and trigger that release. Mitochondria buffer some calcium but are not the primary storage organelle for excitation-contraction coupling.

Question 3Exercise Physiology, Anatomy, and Kinesiology

Which plane divides the body into left and right portions?

  1. Transverse plane
  2. Sagittal plane Correct answer.
  3. Oblique plane
  4. Frontal plane

Explanation

A sagittal plane runs front to back and divides the body into left and right portions; when it passes through the midline it is called the midsagittal plane. Frontal planes separate anterior from posterior, and transverse planes separate superior from inferior. Oblique planes cut at an angle to the three cardinal planes.

Question 4Exercise Physiology, Anatomy, and Kinesiology

The muscle that is primarily responsible for producing a given joint movement is called the:

  1. Stabilizer
  2. Agonist Correct answer.
  3. Antagonist
  4. Synergist

Explanation

The agonist, or prime mover, is the muscle whose contraction produces the intended joint motion. The antagonist opposes that motion and must lengthen or relax to allow it. Synergists assist the prime mover, and stabilizers (fixators) hold a segment steady so the movement can occur efficiently.

Question 5Exercise Physiology, Anatomy, and Kinesiology

The phosphagen (ATP-PC) system is the predominant energy source for maximal efforts lasting approximately:

  1. More than 5 minutes
  2. 1 to 3 minutes
  3. 30 to 60 seconds
  4. 0 to 10 seconds Correct answer.

Explanation

Stored ATP and creatine phosphate can support maximal intensity work for only a few seconds before depletion, roughly the first 10 seconds. Efforts of 30 to 60 seconds rely increasingly on anaerobic glycolysis, and longer efforts depend progressively on oxidative metabolism.

Question 6Exercise Physiology, Anatomy, and Kinesiology

Which description best defines an eccentric muscle action?

  1. Shortening while producing tension
  2. Producing tension without changing length
  3. Lengthening while producing tension Correct answer.
  4. Producing no tension while lengthening

Explanation

In an eccentric action the muscle develops tension while the external load lengthens it, as in the lowering phase of a biceps curl. Concentric actions involve shortening, and isometric actions involve tension without a change in muscle length. Eccentric actions can generate higher forces than concentric actions at the same joint.

Question 7Exercise Physiology, Anatomy, and Kinesiology

VO2max is best defined as the:

  1. Total volume of oxygen consumed during a graded exercise test
  2. Maximal rate at which the body can take up and use oxygen Correct answer.
  3. Oxygen cost of a standardized submaximal workload
  4. Highest heart rate attainable during a maximal effort

Explanation

VO2max represents the plateau in oxygen uptake where further increases in workload no longer raise oxygen consumption. It is expressed per unit of time (or per kilogram of body mass per minute) and reflects the integrated capacity of the cardiovascular, respiratory, and muscular systems.

Question 8Exercise Physiology, Anatomy, and Kinesiology

What is the net ATP yield from anaerobic glycolysis of one glucose molecule?

  1. 2 ATP Correct answer.
  2. 3 ATP
  3. 1 ATP
  4. 4 ATP

Explanation

Glycolysis produces four ATP molecules but consumes two during the phosphorylation of glucose, for a net gain of two ATP. The two NADH produced can yield additional ATP only if oxygen is available for further oxidation. Glycogen-derived glucose bypasses one phosphorylation step and nets three ATP.

Question 9Exercise Physiology, Anatomy, and Kinesiology

A muscle generates its greatest active tension when it is at:

  1. Resting length, where actin-myosin overlap is optimal Correct answer.
  2. A length well beyond resting, where passive tension is highest
  3. A length substantially shorter than resting, where filaments overlap most
  4. A length at which the thick and thin filaments no longer overlap

Explanation

Active tension depends on the number of cross-bridges that can form, which peaks near resting length where actin and myosin overlap optimally. Shortening excessively reduces overlap and disrupts alignment, while overstretching reduces the number of available cross-bridges. Passive tension rises at long lengths but does not restore active force.

Question 10Exercise Physiology, Anatomy, and Kinesiology

According to the size principle, how are motor units recruited as force demand rises?

  1. Small, low-threshold motor units are recruited first, then larger ones Correct answer.
  2. Motor units are recruited in random order regardless of force needed
  3. Fast-twitch motor units are recruited first, then slow-twitch units
  4. Largest motor units are recruited first, then smaller ones

Explanation

The size principle states that the nervous system recruits motor units in order of increasing size and threshold, beginning with small slow-twitch units. As force demand grows, larger fast-twitch units are added. This orderly recruitment improves efficiency at low forces and allows high forces when needed.

Question 11Exercise Physiology, Anatomy, and Kinesiology

What is the primary function of the muscle spindle?

  1. It detects changes in muscle length and the rate of stretch Correct answer.
  2. It inhibits the stretched muscle through a polysynaptic pathway
  3. It monitors tension where muscle fibers attach to tendon
  4. It relays conscious joint position to the cerebral cortex

Explanation

Muscle spindles lie parallel to extrafusal fibers and signal both the magnitude and speed of stretch, driving the stretch (myotatic) reflex. This contributes to tone and to rapid corrective contractions. Tension sensing is handled by the Golgi tendon organ instead.

Question 12Exercise Physiology, Anatomy, and Kinesiology

Which statement accurately describes the Golgi tendon organ?

  1. It lies near the musculotendinous junction and senses tension Correct answer.
  2. It excites the agonist muscle to increase force output
  3. It lies within the muscle belly and detects stretch magnitude
  4. It signals pain when a joint is moved beyond its safe range

Explanation

Golgi tendon organs are arranged in series with extrafusal fibers near the muscle-tendon junction, so they are loaded by muscle tension rather than by length change alone. High tension increases their firing and can reflexively inhibit the homonymous muscle, protecting against excessive load.

Question 13Exercise Physiology, Anatomy, and Kinesiology

A respiratory exchange ratio of 0.70 indicates that:

  1. Fat is the predominant fuel source Correct answer.
  2. Carbohydrate is the predominant fuel source
  3. Protein oxidation supplies most of the energy
  4. The measurement was taken during hyperventilation

Explanation

The respiratory exchange ratio reflects the ratio of carbon dioxide produced to oxygen consumed, which varies with substrate. A value near 0.70 corresponds to predominantly fat oxidation, whereas a value near 1.00 reflects mostly carbohydrate. Protein oxidation gives an intermediate value near 0.82.

Question 14Exercise Physiology, Anatomy, and Kinesiology

In the Fick equation, oxygen consumption equals cardiac output multiplied by:

  1. Stroke volume
  2. Heart rate
  3. The arterial-venous oxygen difference Correct answer.
  4. Systolic blood pressure

Explanation

The Fick equation states that oxygen uptake equals cardiac output times the arterial-venous oxygen difference, which represents how much oxygen each unit of blood delivers to tissue. Cardiac output itself is heart rate times stroke volume. Thus oxygen uptake can rise through either greater blood flow or greater extraction.

Question 15Exercise Physiology, Anatomy, and Kinesiology

Which statement describes the Frank-Starling mechanism?

  1. Greater end-diastolic volume overstretches fibers and lowers stroke volume
  2. Greater end-diastolic volume stretches the myocardium and raises stroke volume Correct answer.
  3. A rise in afterload directly raises stroke volume
  4. A rise in heart rate always raises stroke volume

Explanation

Within physiological limits, increased filling stretches cardiac myofilaments closer to optimal overlap, increasing the force of contraction and thus stroke volume. This allows the heart to match output to venous return. Excessive filling beyond the physiological range eventually reduces force, but normal increases in end-diastolic volume enhance output.

Question 16Exercise Physiology, Anatomy, and Kinesiology

Which statement about excess postexercise oxygen consumption (EPOC) is accurate?

  1. It measures the lactate produced during the exercise bout
  2. It occurs only after heavy resistance training
  3. It is unaffected by exercise intensity or duration
  4. It supports phosphagen resynthesis and lactate clearance after exercise Correct answer.

Explanation

EPOC is the elevated oxygen uptake above resting values after exercise ends, reflecting the cost of restoring the pre-exercise state. This includes replenishing phosphagen stores, clearing lactate, restoring myoglobin and hemoglobin oxygen stores, and elevated body temperature and hormone effects. Larger and more intense exercise bouts produce a larger EPOC.

Question 17Exercise Physiology, Anatomy, and Kinesiology

During dynamic exercise, how is blood flow redistributed?

  1. Uniform vasoconstriction across all tissue beds
  2. Uniform vasodilation across all tissue beds
  3. Vasodilation in active skeletal muscle and vasoconstriction in splanchnic vessels Correct answer.
  4. Vasoconstriction in active skeletal muscle and vasodilation in splanchnic vessels

Explanation

Sympathetic outflow during exercise constricts vessels in the splanchnic, renal, and inactive muscle beds while local metabolites dilate arterioles in contracting muscle. This redistribution directs a larger share of cardiac output to working tissue. Skin flow also rises when thermoregulation demands it.

Question 18Exercise Physiology, Anatomy, and Kinesiology

During incremental exercise, ventilation begins to rise disproportionately to oxygen uptake near the point where:

  1. Ventilation reaches its peak at the end of the test
  2. Exercise begins, before steady state is reached
  3. Blood lactate accumulates and adds carbon dioxide to the blood Correct answer.
  4. Ten minutes of steady-state exercise have elapsed

Explanation

As lactate accumulates and is buffered, additional carbon dioxide is produced, stimulating ventilation beyond what oxygen uptake alone would predict. This disproportionate rise defines the ventilatory threshold and approximates the lactate threshold. It occurs at a submaximal intensity, well before the end of an incremental test.

Question 19Exercise Physiology, Anatomy, and Kinesiology

During exercise in a hot environment, the primary avenue of heat loss is:

  1. Conduction
  2. Convection
  3. Radiation
  4. Evaporation of sweat Correct answer.

Explanation

When ambient temperature approaches or exceeds skin temperature, radiation and convection gradients narrow or reverse, leaving evaporation of sweat as the dominant heat-loss route. Evaporation depends on the vapor pressure gradient between skin and air. High humidity impairs this pathway and raises heat-strain risk.

Question 20Exercise Physiology, Anatomy, and Kinesiology

A biceps curl, in which the biceps applies force between the elbow joint and the hand-held load, is an example of a:

  1. Second-class lever
  2. Wheel-and-axle lever
  3. First-class lever
  4. Third-class lever Correct answer.

Explanation

In a third-class lever the effort is applied between the fulcrum and the load, which is the arrangement in most human limb movements. First-class levers place the fulcrum between effort and load, and second-class levers place the load between fulcrum and effort. Third-class levers favor speed and range of motion over mechanical advantage.

Question 21Exercise Physiology, Anatomy, and Kinesiology

A respiratory exchange ratio of 1.15 measured during very intense exercise most likely reflects:

  1. Nearly exclusive fat oxidation
  2. An error caused by too low a workload
  3. A valid steady-state estimate of substrate use
  4. Hyperventilation that increases carbon dioxide excretion Correct answer.

Explanation

Values above 1.00 cannot be explained by substrate oxidation alone, since the maximum ratio for carbohydrate is 1.00. Intense exercise often produces hyperventilation relative to carbon dioxide production, plus bicarbonate buffering of lactate that adds extra carbon dioxide, both pushing the ratio above 1.00. Such values indicate a non-steady-state condition rather than a precise fuel estimate.

Question 22Exercise Physiology, Anatomy, and Kinesiology

A countermovement jump typically produces a higher jump than a jump starting from a static squat because:

  1. Elastic energy stored in tendons and the stretch reflex add to force output Correct answer.
  2. The countermovement increases the resting ATP content of the muscle
  3. The countermovement shortens the distance over which force must be applied
  4. The countermovement recruits more total muscle mass

Explanation

The stretch-shortening cycle allows the series elastic component, primarily tendon, to store energy during the rapid countermovement and return it during the push-off. Spindle-mediated stretch reflexes also augment muscle activation. Both effects are lost if the transition phase is too slow.

Question 23Exercise Physiology, Anatomy, and Kinesiology

In the cross-bridge cycle, binding of a new ATP molecule to the myosin head is required for:

  1. Detachment of the myosin head from actin Correct answer.
  2. Exposure of actin binding sites by troponin
  3. The power stroke rotation of the myosin head
  4. Release of calcium from the sarcoplasmic reticulum

Explanation

After the power stroke, ADP and inorganic phosphate dissociate and the myosin head remains tightly bound to actin in rigor until a new ATP binds. ATP binding lowers myosin's affinity for actin and causes detachment, after which hydrolysis re-cocks the head. Calcium and troponin control site exposure, and the power stroke is driven by phosphate release.

Question 24Exercise Physiology, Anatomy, and Kinesiology

In healthy but untrained individuals, which factor most limits maximal oxygen consumption?

  1. Oxygen content of venous blood
  2. Pulmonary ventilation capacity
  3. Mitochondrial density in the trained muscle
  4. Maximal cardiac output and oxygen delivery Correct answer.

Explanation

In healthy people, the respiratory system is not the limiting link; maximal oxygen uptake is primarily constrained by the cardiovascular system's ability to deliver oxygen. Cardiac output and total hemoglobin flow set the ceiling, with peripheral extraction contributing but rarely being the primary limit in untrained individuals. Training raises VO2max mainly by increasing stroke volume and maximal cardiac output.

Question 25Exercise Physiology, Anatomy, and Kinesiology

According to the force-velocity relationship, the greatest muscle force is produced during:

  1. Concentric actions performed at very slow velocity
  2. Eccentric actions performed at moderate to fast velocity Correct answer.
  3. Concentric actions performed at fast velocity
  4. Isometric actions held at resting length

Explanation

Force output is highest when an activated muscle is lengthened, that is, during eccentric actions, and eccentric force rises with velocity up to a plateau. Concentric force declines as shortening velocity increases, and isometric force falls between the two. This hierarchy underlies the greater loads handled in the lowering phase of a lift.

Question 26Exercise Physiology, Anatomy, and Kinesiology

Which characteristic is most typical of Type I (slow-twitch) skeletal muscle fibers?

  1. High mitochondrial density Correct answer.
  2. High myosin ATPase activity
  3. Large cross-sectional area
  4. High glycolytic enzyme content

Explanation

Type I fibers are oxidative fibers with abundant mitochondria, high capillary density, and a high resistance to fatigue. Their capacity to generate ATP aerobically supports prolonged submaximal activity.

Question 27Exercise Physiology, Anatomy, and Kinesiology

Shoulder abduction occurs primarily in which plane of motion?

  1. Oblique plane
  2. Transverse plane
  3. Sagittal plane
  4. Frontal plane Correct answer.

Explanation

Abduction and adduction are frontal-plane movements, taking a limb away from or toward the midline of the body. Sagittal-plane motion is flexion and extension, and transverse-plane motion is rotation.

Question 28Exercise Physiology, Anatomy, and Kinesiology

Which lung volume is defined as the amount of air remaining in the lungs after a maximal exhalation?

  1. Inspiratory reserve volume
  2. Residual volume Correct answer.
  3. Tidal volume
  4. Vital capacity

Explanation

Residual volume is the air that cannot be exhaled even with maximal effort, which is why it must be measured indirectly rather than by simple spirometry. It keeps the alveoli open and allows continued gas exchange between breaths.

Question 29Exercise Physiology, Anatomy, and Kinesiology

In skeletal muscle, calcium initiates cross-bridge formation by binding to which protein?

  1. Myosin light chains
  2. Tropomyosin
  3. Actin
  4. Troponin C Correct answer.

Explanation

Calcium released from the sarcoplasmic reticulum binds troponin C, which shifts tropomyosin away from the myosin-binding sites on actin. This exposes those sites and permits cross-bridge cycling.

Question 30Exercise Physiology, Anatomy, and Kinesiology

A 6-second all-out sprint on a cycle ergometer is powered predominantly by which energy system?

  1. Oxidative phosphorylation
  2. ATP-phosphocreatine system Correct answer.
  3. Fatty acid oxidation
  4. Fast glycolysis

Explanation

Efforts lasting roughly 10 seconds or less rely mainly on stored ATP and phosphocreatine, resynthesized rapidly by creatine kinase. Glycolytic and oxidative contributions rise as the effort lengthens.

Question 31Exercise Physiology, Anatomy, and Kinesiology

An athlete has an end-diastolic volume of 130 mL, an end-systolic volume of 50 mL, and a heart rate of 70 beats per minute. What is cardiac output?

  1. 5.6 L/min Correct answer.
  2. 8.4 L/min
  3. 3.5 L/min
  4. 12.6 L/min

Explanation

Stroke volume equals end-diastolic volume minus end-systolic volume, or 80 mL. Cardiac output is stroke volume times heart rate (80 mL x 70 beats/min = 5,600 mL/min), which is 5.6 L/min.

Question 32Exercise Physiology, Anatomy, and Kinesiology

For a given muscle force, the rotational torque produced at a joint is determined primarily by which factor?

  1. Contraction velocity
  2. Fiber type composition
  3. Cartilage thickness
  4. Moment arm length Correct answer.

Explanation

Torque equals force multiplied by the perpendicular distance from the line of action of the force to the joint axis, which is the moment arm. A longer moment arm yields greater torque from the same force.

Question 33Exercise Physiology, Anatomy, and Kinesiology

During 45 minutes of steady-state cycling at a constant submaximal workload in a warm environment, heart rate gradually rises while oxygen uptake stays constant. Which explanation best accounts for this response?

  1. Arterial oxygen content rises, allowing a faster heart rate
  2. Stroke volume increases as the arteriovenous oxygen difference falls
  3. Stroke volume falls, so heart rate rises to hold cardiac output steady Correct answer.
  4. Progressive motor unit recruitment raises oxygen demand

Explanation

This pattern is cardiovascular drift: plasma volume loss, cutaneous vasodilation, and reduced venous return lower stroke volume, so heart rate must rise to keep cardiac output and oxygen delivery matched to the constant oxygen demand.

Question 34Exercise Physiology, Anatomy, and Kinesiology

At the very onset of moderate-intensity exercise, ventilation rises sharply within the first few breaths, before arterial PCO2 or PO2 changes appreciably. Which mechanism best explains this initial rise?

  1. Pulmonary stretch receptor feedback
  2. Humoral stimulation from rising arterial PCO2
  3. Neural feedforward drive from higher centers Correct answer.
  4. Peripheral chemoreceptor detection of acidosis

Explanation

The rapid phase-one ventilatory response is neurally mediated, reflecting feedforward drive from the motor cortex and feedback from contracting muscles and joints. Humoral factors act more slowly and cannot account for a change occurring within a few breaths.

Question 35Health Screening, Pre-Activity Evaluation, and Risk Management

What is the primary purpose of the PAR-Q+ when a new participant joins a group exercise class?

  1. To calculate a target heart-rate range for the exercise session
  2. To record resting blood pressure and heart rate during screening
  3. To identify people who may need medical advice before becoming more active Correct answer.
  4. To estimate maximal aerobic capacity before an exercise test

Explanation

The PAR-Q+ is a self-administered health screen that flags individuals whose answers suggest they should seek medical advice before increasing physical activity. It is not a fitness test and does not measure physiologic variables.

Question 36Health Screening, Pre-Activity Evaluation, and Risk Management

What does an informed consent document primarily record?

  1. The instructor's proof of professional liability insurance
  2. The participant's baseline strength and flexibility scores
  3. The facility's schedule for cleaning and maintaining equipment
  4. The participant's informed, voluntary agreement to take part Correct answer.

Explanation

Informed consent confirms that a person has been told the nature of the activity, its risks and benefits, and freely chooses to participate. It is separate from a membership contract, a liability waiver, or a fitness assessment.

Question 37Health Screening, Pre-Activity Evaluation, and Risk Management

Which emergency credential is the typical minimum expectation for a group exercise instructor?

  1. Basic life support for healthcare providers only
  2. Wilderness first responder certification
  3. CPR and AED certification for the lay rescuer Correct answer.
  4. Advanced cardiac life support certification

Explanation

Group exercise instructors are generally expected to hold lay-rescuer CPR and AED certification so they can respond to cardiac arrest until EMS arrives. Higher-level clinical and wilderness credentials are not the standard minimum for this setting.

Question 38Health Screening, Pre-Activity Evaluation, and Risk Management

Which value represents a positive cardiovascular disease risk factor according to ACSM thresholds?

  1. 150 minutes of moderate activity each week
  2. Age 35 in a man
  3. HDL cholesterol of 65 mg/dL
  4. Systolic blood pressure of 138 mm Hg Correct answer.

Explanation

ACSM defines hypertension as systolic pressure of at least 130 mm Hg or diastolic pressure of at least 80 mm Hg, so 138 mm Hg systolic qualifies. A high HDL value, regular moderate activity, and male age under 45 are not positive risk factors.

Question 39Health Screening, Pre-Activity Evaluation, and Risk Management

A participant collapses mid-class and is unresponsive. What is the instructor's immediate action?

  1. Continue teaching and call the participant's family after class
  2. Activate the emergency action plan and begin CPR and AED use Correct answer.
  3. Give the participant water and elevate the legs
  4. Move the participant to the lobby to reduce crowding

Explanation

An unresponsive participant is a medical emergency requiring immediate activation of the emergency action plan, a call to EMS, and CPR and AED use as trained. Moving the person or giving fluids delays definitive care and may cause further harm.

Question 40Health Screening, Pre-Activity Evaluation, and Risk Management

A participant asks the instructor to design a detailed daily meal plan for weight loss. What is the most appropriate response?

  1. Advise the participant to skip breakfast every day to cut calories
  2. Write a 1,200-kcal meal plan based on your own weight-loss experience
  3. Explain that nutrition planning is outside your scope and refer out Correct answer.
  4. Recommend a specific commercial supplement program you have used

Explanation

Group exercise instructors are trained in safe exercise leadership, not individualized medical nutrition therapy. When a request falls outside that scope, referral to a registered dietitian or physician is the correct action.

Question 41Health Screening, Pre-Activity Evaluation, and Risk Management

A participant gets a bloody nose and blood drips onto the studio floor. How should the instructor handle the waste?

  1. Use gloves and a biohazard bag for the waste Correct answer.
  2. Rinse the bloodied item in the sink without gloves
  3. Ask the participant to clean the equipment themselves
  4. Wipe equipment with a dry towel and return it to use

Explanation

Blood and body fluids are handled under universal precautions: wear gloves, contain the waste in a designated biohazard bag, and disinfect the area. Bare-hand rinsing and dry wiping do not protect against bloodborne pathogens.

Question 42Health Screening, Pre-Activity Evaluation, and Risk Management

When should participants in a group exercise class be encouraged to drink water?

  1. Only when the class exceeds 90 minutes
  2. At regular intervals before, during, and after the session Correct answer.
  3. Only if the facility provides bottled water
  4. Only after the cool-down is complete

Explanation

Fluids should be available and encouraged before, at intervals during, and after exercise, particularly in warm conditions. Waiting for thirst or for a long duration to pass increases the risk of dehydration.

Question 43Health Screening, Pre-Activity Evaluation, and Risk Management

A new participant has no known disease, no signs or symptoms, and no other medical concerns, and wants to progress to vigorous exercise. Under the ACSM screening pathway, what is indicated?

  1. No clearance is needed; vigorous activity is permitted Correct answer.
  2. Medical clearance is required unless the person exercises alone
  3. Medical clearance is required before any exercise
  4. Medical clearance is needed only if the person is over 65

Explanation

People with no known disease, no signs or symptoms, and no other medical concerns may begin light-to-moderate activity and progress to vigorous without medical clearance. Clearance is reserved for those with symptoms or known disease exercising at higher intensities.

Question 44Health Screening, Pre-Activity Evaluation, and Risk Management

During class a participant reports chest pressure and shortness of breath. What should the instructor do?

  1. Have the participant stretch and drink cold water
  2. Reduce intensity and continue for the remainder of class
  3. Stop exercise and seek immediate medical evaluation Correct answer.
  4. Continue and monitor the participant for 10 more minutes

Explanation

Chest pressure, pain, or unusual shortness of breath during exertion are warning signs that require stopping exercise and prompt medical evaluation. Continuing to exercise or self-treating risks a cardiac event.

Question 45Health Screening, Pre-Activity Evaluation, and Risk Management

A 52-year-old man reports a sedentary lifestyle and that his father had a myocardial infarction at age 58. How many ACSM cardiovascular risk factors does he have?

  1. Three Correct answer.
  2. Two
  3. Zero
  4. One

Explanation

Age 45 or older in men, physical inactivity, and a first-degree male relative with myocardial infarction before age 55 each count as a risk factor, for a total of three. The father's event at 58 does not meet the family-history threshold, but the other two factors plus age still yield three only if the family criterion is met, which it is not.

Question 46Health Screening, Pre-Activity Evaluation, and Risk Management

What does medical clearance mean in the pre-activity screening process?

  1. The instructor has verified the participant's gym membership
  2. The participant's insurance covers exercise-related injury
  3. A clinician has approved the person for exercise participation Correct answer.
  4. The participant has signed the facility waiver

Explanation

Medical clearance means a licensed healthcare professional has reviewed the person's health status and approved exercise participation, sometimes with restrictions. Administrative documents such as waivers and memberships do not constitute clearance.

Question 47Health Screening, Pre-Activity Evaluation, and Risk Management

A participant with an uncomplicated pregnancy has been cleared by her clinician to exercise. Which guidance is most appropriate?

  1. Keep heart rate below 100 bpm at all times
  2. Continue moderate activity, avoiding supine and high-fall-risk exercise Correct answer.
  3. Perform only maximal-intensity interval training to limit weight gain
  4. Avoid all structured exercise until after delivery

Explanation

With clinician approval and no complications, moderate-intensity exercise is recommended during pregnancy, with modification of supine positions after the first trimester and avoidance of activities with high fall or contact risk.

Question 48Health Screening, Pre-Activity Evaluation, and Risk Management

A participant with diabetes becomes shaky, sweaty, and confused during class. What is the best response?

  1. Treat as possible hypoglycemia and give fast-acting carbohydrate Correct answer.
  2. Have the participant run laps to raise blood sugar
  3. Administer insulin immediately
  4. Ignore the symptoms as a normal exercise response

Explanation

Shakiness, sweating, and confusion during exercise in a person with diabetes suggest hypoglycemia, so exercise should stop and a fast-acting carbohydrate given, followed by reassessment. Insulin would lower glucose further and is not the instructor's action.

Question 49Health Screening, Pre-Activity Evaluation, and Risk Management

Which information should a written emergency action plan contain?

  1. Only the facility's front-desk phone number
  2. Roles, communication, AED location, and EMS access route Correct answer.
  3. The instructor's class schedule and fee structure
  4. Participant attendance records and payment history

Explanation

An emergency action plan specifies who calls EMS, how EMS is accessed, where the AED and first aid supplies are kept, and who meets responders. It must be written, posted, and rehearsed.

Question 50Health Screening, Pre-Activity Evaluation, and Risk Management

What is the purpose of completing an incident report after an injury or near-miss?

  1. To document the facts objectively for risk management Correct answer.
  2. To replace the need for medical evaluation
  3. To assign blame to the participant involved
  4. To serve as the participant's informed consent

Explanation

Incident reports are factual, objective records completed promptly after an injury or near-miss to support follow-up and risk reduction. They do not assign blame, substitute for medical care, or function as consent documents.