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Corrective Exercise Flashcards

7 cards from real NSCA-CPT practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.

Read the first 7 Corrective Exercise flashcards as text
  1. Which muscle is most commonly overactive and contributing to excessive lumbar lordosis during a squat assessment?

    Answer: Hip flexors

    Overactive hip flexors anteriorly tilt the pelvis, increasing lumbar lordosis during movement.

  2. During an overhead squat assessment, arms falling forward indicates weakness in which muscle group?

    Answer: Middle and lower trapezius

    Weak middle and lower trapezius cannot maintain scapular retraction and depression needed to keep arms overhead.

  3. A client exhibits knee valgus during a single-leg squat. Which inhibited muscle should be activated first in a corrective strategy?

    Answer: Gluteus medius

    Gluteus medius inhibition allows the hip to adduct and internally rotate, causing knee valgus.

  4. Self-myofascial release (SMR) with a foam roller is best performed for how long on a tender spot before moving on?

    Answer: 30–60 seconds

    Holding pressure on a tender spot for 30–60 seconds allows autogenic inhibition to reduce muscle tone.

  5. In the NSCA corrective exercise continuum, which phase follows inhibition of overactive muscles?

    Answer: Lengthening

    After inhibiting overactive tissue via SMR, the next step is lengthening through static or dynamic stretching.

  6. Which assessment finding would indicate restricted ankle dorsiflexion as a compensatory cause of excessive forward lean in a squat?

    Answer: Heels rise off the floor

    Heels rising off the floor during a squat is a classic sign of restricted ankle dorsiflexion limiting forward tibial translation.

  7. Static stretching of an overactive muscle is recommended to be held for at least how long to elicit a neurological change?

    Answer: 30 seconds

    A minimum of 30 seconds is required for a static stretch to elicit the neurological response that reduces muscle spindle activity.