Free NSCA-CPT Corrective Exercise Questions and Answers — Questions and Answers

Question 1: "Programming by a fitness professional that focuses on correcting movement dysfunctions such as excessive knee valgus, knee rotation, hip adduction, and hip rotation, as well as improving single-leg neuromuscular balance and muscle strength, can help reduce the risk of what severe knee injury?

Achilles tendinopathy
Quadriceps and soleus
ACL tear/rupture (Correct answer)
Knee valgus

Correct answer: ACL tear/rupture

The described movement dysfunctions—excessive knee valgus (knees caving in), rotation, and hip adduction—are common risk factors for anterior cruciate ligament (ACL) injuries, especially during dynamic movements like jumping, landing, and cutting. Corrective exercise focusing on neuromuscular control, balance, and strength can significantly reduce the likelihood of these non-contact ACL tears. Strengthening the muscles around the knee and hip helps stabilize the joint and prevent harmful movements, making ACL tear/rupture the most relevant severe knee injury.

Question 2: During the assessment process, a client displays excessive wrist flexion. What would be a good activity to perform after inhibiting the wrist flexors?

Split squat
Crossed over the chest
Wrist joint
Stretch the wrist flexors (Correct answer)

Correct answer: Stretch the wrist flexors

The corrective exercise continuum typically involves inhibiting overactive muscles, lengthening them, activating underactive muscles, and then integrating them into functional movements. If a client has excessive wrist flexion, the wrist flexors are likely overactive and shortened. After inhibiting them (e.g., with foam rolling), the next logical and crucial step is to stretch these muscles to improve their length and flexibility, thereby reducing the excessive flexion.

Question 3: What are common underactive/lengthened lower-body muscles?

Reduces the influence of the foot and ankle complex on the squat movement
Rectus abdominis, gluteus maximus, tibialis anterior, and peroneals (Correct answer)
The biceps brachii contracting during elbow flexion
Quality carbohydrates and lean protein, 2 hours after exercise.

Correct answer: Rectus abdominis, gluteus maximus, tibialis anterior, and peroneals

In common postural distortions, certain muscles become underactive or lengthened, contributing to imbalances. The rectus abdominis can be lengthened in lordosis, the gluteus maximus is often underactive in hip extension dysfunction, and the tibialis anterior and peroneals can be underactive in conditions like pronation distortion syndrome, affecting ankle stability and foot mechanics. These muscles often require specific activation and strengthening exercises to restore proper function and balance.

Question 4: Typically, a client with an Achilles tendon injury will exhibit weakness in which of the following?

Anterior Oblique
Ligaments
Achilles
Gastrocnemius (Correct answer)

Correct answer: Gastrocnemius

The Achilles tendon connects the calf muscles, primarily the gastrocnemius and soleus, to the heel bone. An injury to the Achilles tendon, such as tendinopathy or a rupture, directly impacts the function of these muscles, leading to weakness in plantarflexion. Therefore, weakness in the gastrocnemius, the primary plantarflexor, is a direct consequence and indicator of Achilles tendon issues, as its ability to generate force is compromised.

Question 5: Which instruction would correctly assist a client in performing static stretching of the right sternocleidomastoid muscle (SCM)?

Posterior tibialis
"Place your right arm to your side and then use your left hand to help sidebend your neck to the left." (Correct answer)
The client should be cleared through an appropriately licensed medical professional before proceeding with any myofascial techniques.
Place your right arm to your side, rotate your head to the right, and then use your left hand to help sidebend your neck to the left.

Correct answer: "Place your right arm to your side and then use your left hand to help sidebend your neck to the left."

The sternocleidomastoid (SCM) muscle on the right side primarily flexes, sidebends the neck to the right, and rotates the head to the left. To stretch the right SCM, you need to perform the opposite actions: extend the neck, sidebend to the left, and rotate to the right. The instruction 'sidebend your neck to the left' effectively stretches the right SCM by moving the head away from the muscle's attachment point, elongating its fibers.

Question 6: Which movement assessment mimics walking and running gait movements and would be considered a regression from the single-leg squat?

Split squat (Correct answer)
Quadriceps
Wrist flexors
Anterior oblique

Correct answer: Split squat

The split squat involves a staggered stance, with one leg forward and one leg back, mimicking the unilateral loading and balance demands of walking and running gait. It is considered a regression from a single-leg squat because it provides a wider base of support and allows for some assistance from the rear leg. This makes it less challenging for balance and stability while still effectively training single-leg strength and coordination, making it a suitable preparatory exercise.

Question 7: How would one instruct a client to stretch their right upper trapezius muscle correctly

Place your right arm to your side and then use your left hand to help sidebend your neck to the left. (Correct answer)
Reduces the influence of the foot and ankle complex on the squat movement
Sensory deprivation chambers and wearable activity trackers
Place your right arm to your side, rotate your head to the right, and then use your left hand to help sidebend your neck to the left.

Correct answer: Place your right arm to your side and then use your left hand to help sidebend your neck to the left.

The upper trapezius muscle on the right side elevates the scapula and sidebends the neck to the right. To stretch it, you need to perform the opposite actions: depress the scapula (by keeping the right arm at the side) and sidebend the neck to the opposite side (left). Using the left hand to assist in sidebending to the left further elongates the right upper trapezius, effectively stretching the muscle fibers.

Question 8: Which lower-body muscles tend to be overactive in Kendall kyphosis-lordosis?

Internal obliques, hip flexors, and lumbar extensors (Correct answer)
Lateral
Wrist flexors
Wrist extensors

Correct answer: Internal obliques, hip flexors, and lumbar extensors

In Kendall kyphosis-lordosis posture, there's an exaggerated lumbar curve (lordosis) and thoracic curve (kyphosis). This posture often involves overactive hip flexors (like iliopsoas) pulling the pelvis into an anterior tilt, and overactive lumbar extensors (like erector spinae) further increasing the lumbar curve. The internal obliques can also become overactive in an attempt to stabilize the core, but often in a dysfunctional pattern that contributes to the overall imbalance.

Question 9: Which muscle would be considered overactive or shortened if it caused the arms to fall forward during the overhead squat evaluation?

Knee valgus
Crossed over the chest
Quadriceps
Latissimus dorsi (Correct answer)

Correct answer: Latissimus dorsi

The latissimus dorsi is a large back muscle that originates from the lower back and inserts into the humerus. When it is tight or overactive, it internally rotates and adducts the humerus, pulling the arms forward and preventing full overhead flexion. During an overhead squat, this tightness restricts the ability to maintain the arms in a fully overhead position, causing them to fall forward as a compensatory movement.

Question 10: A Corrective Exercise Specialist is implementing a program of static stretching with a youth basketball team. What acute training variables are recommended for this type of stretching?

Hold 20-30 seconds, 1-4 repetitions, daily (Correct answer)
Hold 20-30 seconds, 2-5 repetitions, daily
Internal obliques, hip flexors, and lumbar extensors
Up to 90 seconds

Correct answer: Hold 20-30 seconds, 1-4 repetitions, daily

For static stretching, especially in youth, the general recommendation is to hold each stretch for 20-30 seconds. Performing 1-4 repetitions allows for sufficient lengthening without overstretching or causing discomfort. Daily stretching is often recommended to achieve and maintain flexibility improvements, making it an appropriate frequency for a corrective exercise program aimed at improving range of motion.

Question 11: Why might a fitness professional choose to screen a client's ankle mobility?

Reduced lumbar lordosis, posterior tilted pelvis, and extended hips and knees
The muscle of the rotator cuff contracting along with the deltoids during an overhead shoulder press.
If the client demonstrates feet turning out that was corrected by the heels elevated modification (Correct answer)
The glenohumeral joint is at 90 degrees of abduction and full external rotation.

Correct answer: If the client demonstrates feet turning out that was corrected by the heels elevated modification

Feet turning out during a squat can indicate limited ankle dorsiflexion, forcing the body to compensate by externally rotating the feet. If elevating the heels (which effectively increases ankle dorsiflexion range of motion) corrects this compensation, it strongly suggests that ankle mobility is a limiting factor. Screening ankle mobility directly addresses this potential issue to improve squat mechanics, prevent injury, and ensure proper movement patterns.

Question 12: Which upper-body muscles tend to be overactive in the Kendall posture?

Rectus abdominis, gluteus maximus, tibialis anterior, and peroneals
Sensory deprivation chambers and wearable activity trackers
Upper trapezius, levator scapulae, pectoralis minor, and intercostals (Correct answer)
There is currently a lack of consensus on optimal myofascial rolling programs.

Correct answer: Upper trapezius, levator scapulae, pectoralis minor, and intercostals

In various postural distortions, including the Kendall posture (which can refer to different types of postural imbalances, but often implies rounded shoulders and forward head), certain muscles become overactive and shortened. The upper trapezius and levator scapulae are often tight due to stress and poor head/neck posture. The pectoralis minor becomes shortened with rounded shoulders, and the intercostals can be overactive with dysfunctional breathing patterns often associated with poor posture, contributing to overall stiffness and imbalance.

Question 13: Assessments of posture and movement reveal excessive wrist flexion. Which muscle should be recruited?

Wrist joint
Wrist extensors (Correct answer)
Pronation
Lateral

Correct answer: Wrist extensors

If a client exhibits excessive wrist flexion, it means the wrist flexor muscles are likely overactive or shortened. To correct this imbalance and improve wrist posture, the opposing muscles, the wrist extensors, need to be strengthened and activated. Recruiting the wrist extensors helps to pull the wrist into a more neutral or extended position, counteracting the excessive flexion and restoring muscular balance.

Question 14: How long should the isometric tempo last approximately?

5 to 15 minutes
2 seconds (Correct answer)
30-60 seconds
60 seconds

Correct answer: 2 seconds

In resistance training, an isometric tempo refers to the duration a muscle is held under tension without changing length. A 2-second isometric hold is a common and effective recommendation to increase time under tension, enhance muscle activation, and improve stability during an exercise. Longer holds are typically reserved for specific isometric training protocols, not general exercise tempo.

Question 15: During active range of motion evaluations with a client, the Corrective Exercise Specialist observes that the client's scapula does not move normally during humeral elevation. Which term best describes this abnormal movement?

Lengthened muscles
Scapular dyskinesis (Correct answer)
Wrist joint
Quadriceps

Correct answer: Scapular dyskinesis

Scapular dyskinesis specifically describes an abnormal or altered movement of the scapula (shoulder blade) during shoulder motion, such as humeral elevation. This condition often results from muscle imbalances or poor motor control, leading to inefficient shoulder mechanics and potential pain. The term precisely identifies the observed dysfunction in scapular movement.

Question 16: What should a fitness professional do to identify a potential root cause of the primary foot and ankle movement impairment?

Passive motion
Perform the heels elevated overhead squat modification. (Correct answer)
Crossed over the chest
Mobility assessment of the elbow and wrist

Correct answer: Perform the heels elevated overhead squat modification.

Performing the heels elevated overhead squat modification helps isolate the ankle's contribution to movement impairment. By elevating the heels, the demand on ankle dorsiflexion is reduced. If the client's squat form significantly improves with this modification, it strongly indicates that limited ankle mobility is a primary root cause of their foot and ankle movement impairment.

Free NSCA-CPT Corrective Exercise Questions and Answers

"Programming by a fitness professional that focuses on correcting movement dysfunctions such as excessive knee valgus, knee rotation, hip adduction, and hip rotation, as well as improving single-leg neuromuscular balance and muscle strength, can help reduce the risk of what severe knee injury?