TheoryNASM PES Performance Prep
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NASM PES Performance Prep exam — full Q&A walkthrough
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30 free NASM PES Performance Prep questions
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NASM PES Performance Prep
What is the hand position called when the index and middle fingers wrap around the thumb while executing a pull-up?
Correct — D. The hand position where the index and middle fingers wrap around the thumb during a pull-up is known as the hook grip. This grip is useful for improving grip strength and stability, especially in exercises that require a firm hold, such as pull-ups and weightlifting movements. A crush grip is generally used when squeezing objects like a handshake. A supinated grip refers to an underhand grip where the palms face the lifter. A hammer grip involves holding weights with palms facing each other, typically used in dumbbell exercises. -
NASM PES Performance Prep
In basketball, the player's defensive stance, and in volleyball, the ready position, are both examples of which of the following?
Correct — C. Answer: Universal Athletic Position The player's defensive stance in basketball and the ready position in volleyball are both examples of the Universal Athletic Position (UAP). The UAP is a fundamental athletic stance that is used across many different sports and activities. The UAP is characterized by a few key components, including a stable base with feet shoulder-width apart, knees bent and hips pushed back, a neutral spine, and a slightly forward-leaning upper body. This position allows individuals to maintain balance and stability while also being able to move quickly and explosively in any direction. In basketball, the defensive stance allows quick lateral movements and reactivity. The player is low, with a wide base, ready to contest shots or intercept passes. In volleyball, the ready position is a variation of the UAP which prepares players for rapid response to the ball, ensuring balance and quick movement. The Athletic Balanced Position, Basic Athletic Stance, and Sport-Specific Posture are not recognized universal stances in sports. -
NASM PES Performance Prep
Consider the following rowers. Which of the following is NOT an appropriate exercise for improving rowing stroke strength and efficiency? Rower Exercise Rower A Leg presses Rower B Barbell rows Rower C Seated cable rows Rower D Lateral cone drills
Correct — A. Correct answer: Lateral cone drills In rowing, strength and efficiency are improved by exercises that enhance pulling strength and leg drive. Leg presses, barbell rows, and seated cable rows focus on these necessary strength aspects. Lateral cone drills are primarily used for agility and lateral movement training, which are less relevant to the power and efficiency demands of a rowing stroke. -
NASM PES Performance Prep
During the execution of the deadlift exercise, which technique is most effective for enhancing activation of the local core stabilizers?
Correct — D. The drawing-in maneuver is effective for activating the transverse abdominis, internal obliques, lumbar multifidus, pelvic floor muscles, and diaphragm by pulling the navel towards the spine. This is essential for stabilizing the core during the deadlift. Bracing targets the global stabilization system, arching the back can lead to injury, and focusing solely on grip strength does not activate the core stabilizers. -
NASM PES Performance Prep
Which exercise technique is most effective in reducing the risk of muscular imbalance and injury in athletes?
Correct — D. Answer: Self-Myofascial Release Self-Myofascial Release (SMR) is a technique used to address skeletal muscle immobility and pain by relaxing contracted muscles and improving blood and lymphatic circulation to the targeted muscle. It enhances the recovery process and reduces the chances of injury. SMR helps in releasing the tension within the muscle fascia. Foam rollers or similar tools can be used to apply pressure and relieve muscle tightness. -
NASM PES Performance Prep
At which point of muscle soreness should the foam roller be held during self-myofascial release?
Correct — D. Answer: First During self-myofascial release, the foam roller should be held at the first point of sensitivity or muscle soreness for effective recovery. This means that the roller should remain at the initial spot where you feel soreness in the muscle, and you should hold the position to release tension. Maintaining the pressure on the muscle at this point helps to alleviate tightness and improve flexibility. Pushing too hard or moving beyond this point can cause discomfort or potential injury. -
NASM PES Performance Prep
Which of the following statements about the core strengthening exercise - the plank - is true?
Correct — D. The transverse abdominis must be engaged to maintain body stability is correct because this is the main focus of the plank exercise. It requires the contraction of core muscles, including the transverse abdominis, to hold the body in a stable position. This exercise strengthens the core and prepares the body for dynamic movement and load control. This exercise primarily targets the hip flexors is incorrect as the plank is primarily a core stability exercise. The plank is best performed in a seated position is incorrect because being in a prone position increases activation of the core. Placing hands at shoulder width decreases the challenge is incorrect because a stable base is maintained, ensuring core engagement remains constant. -
NASM PES Performance Prep
During a proper deadlift set-up, which of the following is not a stability cue to ensure safe execution?
Correct — A. Answer: Overarching the lower back Overarching the lower back is not a stability cue for the deadlift set-up. This action can compromise the integrity of the spine during the lift. Proper stability cues for a deadlift include maintaining a neutral spine, bracing the core, and keeping the bar close to the body, all of which support spinal alignment and control throughout the lift. -
NASM PES Performance Prep
During a functional movement screen, John shows an increased lumbar lordosis. Which of the following is not likely to influence this posture deviation?
Correct — B. Answer: Weak hip flexors Weak hip flexors are not likely to cause increased lumbar lordosis because tight hip flexors usually contribute to this posture by pulling the pelvis into an anterior tilt. Increased lumbar lordosis can also be influenced by tight lower back muscles and weak abdominal muscles. Tight lower back muscles, tight hip flexors, and weak abdominal muscles contribute to increased lumbar lordosis as they affect pelvic and spinal alignment. -
NASM PES Performance Prep
During a single-leg hop assessment, if the gluteus medius of the supporting leg is weak, which of the following compensations is most likely to occur?
Correct — C. Answer: Pelvic drop If the gluteus medius of the supporting leg is weak during a single-leg hop assessment, the most likely compensation is a pelvic drop. The gluteus medius is a key muscle responsible for stabilizing the pelvis during single-leg movements. Weakness in this muscle results in inadequate stabilization, causing the pelvis on the non-supporting side to drop lower than the supporting side. This compensation can lead to further issues such as poor lower limb alignment, which may increase the risk of injury. Identifying this weakness allows fitness professionals to develop specific exercises to strengthen the gluteus medius and improve overall movement quality. -
NASM PES Performance Prep
Which of the following types of training would be ideal for a client who runs marathons?
Correct — B. For a client who runs marathons, the ideal type of training is long-distance endurance runs. Marathon runners need to build stamina and aerobic capacity to sustain long periods of running, making endurance training essential. In contrast, 30-yard sprints, plyometric jump training, and agility ladder exercises focus on speed, power, and agility, respectively, which are not primary requirements for marathon running. -
NASM PES Performance Prep
A client is performing the Thomas Test to assess hip flexibility. To what degree should the hip joint remain flexed to indicate normal flexibility?
Correct — A. Answer: 0 degrees The Thomas Test evaluates hip flexor flexibility. A normal result means the thigh lies flat on the table, indicating 0 degrees of hip flexion. If the client's thigh is raised off the table, it suggests tight hip flexors. -
NASM PES Performance Prep
During a bicep curl, identify the primary two types of muscles involved in lifting the weight.
Correct — C. During a bicep curl, the biceps brachii acts as the agonist muscle, initiating and sustaining the upward movement. The brachialis acts as a synergist, assisting the biceps to perform the motion efficiently. These muscles collaboratively contract to lift the weight. -
NASM PES Performance Prep
Which component in the performance of a vertical jump is determined by the product of force application rate and jump height?
Correct — A. Answer: Power In sports, power is the ability to exert maximum force in the shortest amount of time, which combines the rate of force application and the height achieved in a jump. Force application is the capability to exert force rapidly, while jump height refers to the maximum vertical distance covered during the jump. -
NASM PES Performance Prep
Which principle explains the adaptation of bones to loading and stress?
Correct — B. Wolff's Law states that bone in a healthy person or animal will adapt to the loads under which it is placed. If loading on a particular bone increases, the bone will remodel itself over time to become stronger to resist that sort of loading. Conversely, if the loading on a bone decreases, the bone will become less dense and weaker due to lack of stimulus. This concept is fundamental in understanding bone density maintenance in exercise and physical therapy. -
NASM PES Performance Prep
When performing resistance training, in what position should a muscle be held to optimize the length-tension relationship for maximal force production?
Correct — C. The correct position is slightly lengthened to optimize the muscle's length-tension relationship. This allows for an increase in sarcomere concentration and optimized force generation, albeit temporarily as prolonged immobilization in this position can lead to disuse atrophy. In contrast, a fully shortened position decreases sarcomere length and concentration, resulting in reduced force output. Overstretching may inhibit effective sarcomere overlap, and compression does not specifically alter sarcomere dynamics for increasing force output. -
NASM PES Performance Prep
In context of a sports training program, why is it beneficial to integrate both short-distance (sprints) and long-distance running in an athlete's regimen?
Correct — B. To prevent over-training by alternating short and long-distance running is correct because it ensures that different energy systems are used and prevents prolonged high intensity, reducing the risk of fatigue or injuries. Implementing structured variation in training helps to maximize athlete performance and minimize undue stress on the body. To prevent boredom is incorrect as the primary concern is athlete safety, not enjoyment. To decrease cardiovascular endurance is incorrect as the goal is usually to maintain or improve endurance. To strengthen specific muscles exclusively is incorrect because a balanced approach engages multiple muscle groups and ensures holistic development. -
NASM PES Performance Prep
A basketball player is instructed to perform plyometric exercises at 50% of their maximum power output for muscular endurance. What is the most appropriate number of jumps to perform during each set?
Correct — D. 15 is correct because this falls into the lower end of the endurance range, which is associated with moderate power output. Performance at 50% power output typically involves a higher repetition count for endurance. 5 is incorrect because this repetition count is associated with higher power outputs and heavier load intensities. 25 is incorrect because this is more appropriate for a power output lower than 50%. 10 is incorrect as it corresponds to higher power training typically performed at an intensity closer to 70% of maximum power output. -
NASM PES Performance Prep
A basketball player is completing a training regimen with 20 sets per workout. Which of the following training objectives is most likely to be the goal of this training program?
Correct — B. Muscular hypertrophy is correct because the optimal training volume for this objective typically involves a high number of sets, ranging from 18 to 30 sets per workout. This volume is associated with the adaptations in muscle size. Muscle endurance involves a different strategy with higher repetitions. Power typically involves fewer repetitions and sets, focusing on speed. Maximal strength requires a different approach, emphasizing heavier weights with fewer sets. -
NASM PES Performance Prep
Consider the following program design approach typically used in resistance training. Which of the following best describes a circuit training program?
Correct — C. Answer: Performing a series of different exercises one after the other with minimal rest. Circuit training involves completing one set of an exercise and then moving quickly to the next, targeting different muscle groups with minimal rest in between. This approach maximizes cardiovascular benefits while improving strength and endurance. It provides a comprehensive workout that can improve muscle tone and cardiovascular fitness simultaneously. -
NASM PES Performance Prep
Your client is preparing for a marathon and needs to enhance cardiovascular endurance. Which heart rate zone should you aim for during their training program?
Correct — C. Training in Zone 2 (60-70% of maximum heart rate) focuses on improving cardiovascular endurance, crucial for activities like marathons. It encourages the body to utilize oxygen efficiently and increases aerobic capacity. Zone 1 (30-50%) is more for recovery and light exercise, Zone 3 (75-85%) targets higher intensity aerobic training for performance gains, while Zone 4 (85-95%) is for anaerobic conditioning and short bursts of speed or power. -
NASM PES Performance Prep
During a workout, performing a leg press followed immediately by a seated leg curl emphasizes which type of training program?
Correct — B. The correct answer is supersetting antagonist muscle groups. Performing a leg press immediately followed by a seated leg curl involves a training strategy where opposing muscle groups are targeted consecutively. The leg press primarily focuses on the quadriceps muscles (agonist), while the seated leg curl targets the hamstrings (antagonist). This supersetting technique leads to balanced muscle development, efficiency, and improved performance due to enhanced force generation when one muscle group is activated followed by its opposing group. It's essential to differentiate it from supersetting agonist muscle groups, which involves exercises focusing on the same muscle group, or push vs. pull programming that classifies exercises based on the movement pattern (push or pull). Power vs. strength programming concentrates on differences in force production and load management toward athletic performance. -
NASM PES Performance Prep
Evaluate the impact of specific dietary patterns on bone health. Consider the information provided in the table below and identify which dietary pattern could lead to increased risk of osteoporosis. Dietary Pattern Characteristic Nutrient Intake Potential Health Impact High protein, low carbohydrate High protein, low carbs, moderate fat May support muscle repair High sugar, low fiber High sugar, low dietary fiber Increased risk of insulin resistance Very low-fat Very low in dietary fat Potential hormonal imbalance Balanced macronutrient Adequate protein, carbs, and fats Supports overall health
Correct — B. Answer: Very low-fat A very low-fat diet can lead to hormonal imbalances, which may adversely affect bone health. Fat is crucial for hormone production, including those that support bone density. Insufficient hormone levels due to very low-fat intake could increase the risk of osteoporosis. -
NASM PES Performance Prep
When planning a diet to optimize athletic performance, ensuring adequate protein intake is crucial. Over-consuming protein can lead to issues, including kidney strain. At what daily protein intake can an athlete gain the most protein benefits without risking potential adverse effects?
Correct — A. Answer: 1.2 to 1.7 grams per kilogram of body weight. This range is recommended for athletes to support muscle repair and growth without overloading the kidneys. Increasing protein intake to 1.8 grams/kg or more does not translate into additional benefits and may harm the body's ability to process nutrients efficiently. -
NASM PES Performance Prep
Which of the following is NOT a commonly recommended dietary strategy for an athlete looking to enhance muscle recovery after intense training?
Correct — C. Reducing protein intake immediately post-exercise is not recommended as protein is crucial for muscle repair and recovery. Athletes are often encouraged to consume a snack rich in carbohydrates and protein shortly after exercise to optimize muscle recovery and glycogen replenishment. -
NASM PES Performance Prep
An endurance athlete is preparing for a marathon and is concerned about optimizing carbohydrate loading. Which of the following supplements is not recommended for maximizing glycogen stores?
Correct — A. Caffeine, though often used for increased alertness and performance, is not specifically designed for maximizing glycogen stores. Carbohydrate powders, maltodextrin, and dextrose are all effective supplements for increasing glycogen storage in muscles prior to endurance events. -
NASM PES Performance Prep
When considering muscle growth and repair, which hormone primarily assists in the absorption of amino acids into muscle cells and encourages protein synthesis?
Correct — C. Insulin is crucial in muscle growth due to its role in facilitating the uptake of amino acids and promoting protein synthesis, essential for building and repairing muscle tissues. -
NASM PES Performance Prep
Evaluate the table below to determine which macronutrient is primarily responsible for muscle recovery after intense exercise. Macronutrient Role in Muscle Recovery Usage During Exercise Carbohydrate Limited role Primary energy source Protein Essential for repair and growth Used minimally Fat Limited role Secondary energy source
Correct — A. Protein is essential for muscle recovery, as it aids in repairing and rebuilding muscle tissues after exercise-induced damage. While carbohydrates are vital for energy, especially during intense activities, protein is not the primary energy source but rather a critical component in post-exercise recovery. -
NASM PES Performance Prep
What is the direct physiological effect of consuming caffeine in relation to sports performance?
Correct — D. Increase alertness and reduce fatigue is correct because caffeine acts as a stimulant that primarily affects the central nervous system, increasing alertness and delaying the onset of fatigue during exercise. While it can contribute to improved performance, it does not directly enhance muscle protein synthesis or increase muscle mass. Any improvements in endurance are more related to reduced perceived exertion rather than direct physiological adaptation. -
NASM PES Performance Prep
A soccer player wants to optimize recovery after intense training sessions. Which nutritional strategies could assist in muscle repair and reduce inflammation? Strategy Effect on Recovery Benefits Increase protein intake Enhances muscle repair High Hydrate with sugary drinks No effect on inflammation None Eat more omega-3 fatty acids Reduces inflammation High Limit carbohydrate intake Potential energy loss Low
Correct — D. The correct actions are to increase protein intake and eat more omega-3 fatty acids. Protein supports muscle repair after workouts, while omega-3 fatty acids help reduce inflammation, promoting overall recovery. Hydration with sugary drinks does not assist with reducing inflammation, and limiting carbohydrate intake can lead to insufficient energy levels for optimal recovery.
NASM PES Performance Prep sample questions
Tap any question below to reveal the answer and a plain-English explanation.
NASM PES Performance Prep Evaluate the impact of specific dietary patterns on bone health. Consider the information provided in the table below and identify which dietary pattern could lead to increased risk of osteoporosis. Dietary Pattern Characteristic Nutrient Intake Potential Health Impact High protein, low carbohydrate High protein, low carbs, moderate fat May support muscle repair High sugar, low fiber High sugar, low dietary fiber Increased risk of insulin resistance Very low-fat Very low in dietary fat Potential hormonal imbalance Balanced macronutrient Adequate protein, carbs, and fats Supports overall health
A. Balanced macronutrient
B. Very low-fat ✓
C. High protein, low carbohydrate
D. High sugar, low fiber
Correct — B. Answer: Very low-fat A very low-fat diet can lead to hormonal imbalances, which may adversely affect bone health. Fat is crucial for hormone production, including those that support bone density. Insufficient hormone levels due to very low-fat intake could increase the risk of osteoporosis.
NASM PES Performance Prep When planning a diet to optimize athletic performance, ensuring adequate protein intake is crucial. Over-consuming protein can lead to issues, including kidney strain. At what daily protein intake can an athlete gain the most protein benefits without risking potential adverse effects?
A. 1.2 to 1.7 grams per kilogram of body weight ✓
B. 2.0 to 2.5 grams per kilogram of body weight
C. 0.8 to 1.5 grams per kilogram of body weight
D. 1.8 to 2.2 grams per kilogram of body weight
Correct — A. Answer: 1.2 to 1.7 grams per kilogram of body weight. This range is recommended for athletes to support muscle repair and growth without overloading the kidneys. Increasing protein intake to 1.8 grams/kg or more does not translate into additional benefits and may harm the body's ability to process nutrients efficiently.
NASM PES Performance Prep Which of the following is NOT a commonly recommended dietary strategy for an athlete looking to enhance muscle recovery after intense training?
A. Hydrating adequately to replenish lost fluids
B. Including a protein supplement in the post-workout nutrition
C. Reducing protein intake immediately post-exercise ✓
D. Consuming a carbohydrate-rich snack within 30 minutes post-exercise
Correct — C. Reducing protein intake immediately post-exercise is not recommended as protein is crucial for muscle repair and recovery. Athletes are often encouraged to consume a snack rich in carbohydrates and protein shortly after exercise to optimize muscle recovery and glycogen replenishment.
NASM PES Performance Prep An endurance athlete is preparing for a marathon and is concerned about optimizing carbohydrate loading. Which of the following supplements is not recommended for maximizing glycogen stores?
A. Caffeine ✓
B. Carbohydrate powders
C. Maltodextrin
D. Dextrose
Correct — A. Caffeine, though often used for increased alertness and performance, is not specifically designed for maximizing glycogen stores. Carbohydrate powders, maltodextrin, and dextrose are all effective supplements for increasing glycogen storage in muscles prior to endurance events.
NASM PES Performance Prep When considering muscle growth and repair, which hormone primarily assists in the absorption of amino acids into muscle cells and encourages protein synthesis?
A. Ghrelin
B. Estrogen
C. Insulin ✓
D. Cortisol
Correct — C. Insulin is crucial in muscle growth due to its role in facilitating the uptake of amino acids and promoting protein synthesis, essential for building and repairing muscle tissues.
NASM PES Performance Prep Evaluate the table below to determine which macronutrient is primarily responsible for muscle recovery after intense exercise. Macronutrient Role in Muscle Recovery Usage During Exercise Carbohydrate Limited role Primary energy source Protein Essential for repair and growth Used minimally Fat Limited role Secondary energy source
A. Protein ✓
B. Carbohydrate
C. Fat
D. Water
Correct — A. Protein is essential for muscle recovery, as it aids in repairing and rebuilding muscle tissues after exercise-induced damage. While carbohydrates are vital for energy, especially during intense activities, protein is not the primary energy source but rather a critical component in post-exercise recovery.
NASM PES Performance Prep What is the direct physiological effect of consuming caffeine in relation to sports performance?
A. Directly enhance muscle protein synthesis
B. Directly increase muscle mass
C. Significantly enhance endurance training adaptations
D. Increase alertness and reduce fatigue ✓
Correct — D. Increase alertness and reduce fatigue is correct because caffeine acts as a stimulant that primarily affects the central nervous system, increasing alertness and delaying the onset of fatigue during exercise. While it can contribute to improved performance, it does not directly enhance muscle protein synthesis or increase muscle mass. Any improvements in endurance are more related to reduced perceived exertion rather than direct physiological adaptation.
NASM PES Performance Prep A soccer player wants to optimize recovery after intense training sessions. Which nutritional strategies could assist in muscle repair and reduce inflammation? Strategy Effect on Recovery Benefits Increase protein intake Enhances muscle repair High Hydrate with sugary drinks No effect on inflammation None Eat more omega-3 fatty acids Reduces inflammation High Limit carbohydrate intake Potential energy loss Low
A. Hydrate with sugary drinks and limit carbohydrate intake
B. Limit carbohydrate intake only
C. Increase protein intake and hydrate with sugary drinks
D. Increase protein intake and eat more omega-3 fatty acids ✓
Correct — D. The correct actions are to increase protein intake and eat more omega-3 fatty acids. Protein supports muscle repair after workouts, while omega-3 fatty acids help reduce inflammation, promoting overall recovery. Hydration with sugary drinks does not assist with reducing inflammation, and limiting carbohydrate intake can lead to insufficient energy levels for optimal recovery.
About the NASM PES Performance Prep test
NASM PES Performance Prep candidates are tested on Fitness & Wellness and Components Of The Integrated Training Model, in the same format the real exam uses. Every question here comes with a plain-language explanation, so you learn why an answer is right instead of memorising it — with 30 questions to start on.
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