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Special Populations and Flexibility Training Flashcards

7 cards from real NASM practice questions. Tap to flip, then mark Knew It or Still Learning โ€” missed cards come back until you master them.

Read the first 7 Special Populations and Flexibility Training flashcards as text
  1. Holding a static stretch for about 30 seconds causes the muscle to relax primarily through which receptor?

    Answer: Golgi tendon organ

    Sustained tension stimulates the Golgi tendon organ, which inhibits the muscle spindle (autogenic inhibition).

  2. Active-isolated stretching relies on contracting the agonist to relax the antagonist being stretched. What is this principle called?

    Answer: Reciprocal inhibition

    Reciprocal inhibition is the simultaneous contraction of one muscle and relaxation of its opposing muscle.

  3. A client with tight calves turns their feet out during a squat to avoid limited dorsiflexion. Which concept does this demonstrate?

    Answer: Relative flexibility

    Relative flexibility is the body's tendency to seek the path of least resistance during functional movement.

  4. Which exercise positions are generally most appropriate for clients with obesity?

    Answer: Standing or seated exercises

    Standing or seated exercises avoid the discomfort and difficulty of getting up and down from the floor.

  5. A client with coronary heart disease takes beta-blockers. How should exercise intensity be monitored?

    Answer: Using rating of perceived exertion (RPE)

    Beta-blockers blunt heart rate response, so RPE gives a more reliable measure of intensity.

  6. Which guideline is most appropriate for a client with arthritis?

    Answer: Avoid intense exercise of affected joints during acute flare-ups and favor low-impact activity

    Arthritic clients benefit from low-impact exercise but should reduce intensity during painful flare-ups.

  7. A client in Phase 5 (Power) of the OPT model should use which flexibility techniques?

    Answer: SMR and dynamic stretching

    Functional flexibility for the power level combines SMR with dynamic stretching.