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Clinical Biomechanics in Sports Flashcards

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

Read the first 7 Clinical Biomechanics in Sports flashcards as text
  1. During a running gait cycle, which phase is associated with the greatest ground reaction force?

    Answer: Initial contact (heel strike)

    Initial contact produces the first peak ground reaction force, often 1.5–2× body weight during running.

  2. The Q-angle is formed between the line of pull of the quadriceps and the patellar tendon; an elevated Q-angle in female athletes increases risk of:

    Answer: ACL injury and patellofemoral pain syndrome

    A wider Q-angle increases valgus stress at the knee, predisposing athletes to ACL injury and patellofemoral tracking problems.

  3. Which term describes the tendency of a joint to return to its resting position after being displaced, related to passive soft-tissue stiffness?

    Answer: Laxity

    Laxity refers to the amount of passive joint displacement possible; high laxity means the joint moves far before restraint builds.

  4. A gymnast performs a back handspring. The wrist is loaded in which primary direction during the push-off phase?

    Answer: Dorsiflexion and axial compression

    During push-off the wrist bears compressive load while positioned in dorsiflexion, stressing the distal radius and scaphoid.

  5. The stretch-shortening cycle (SSC) improves power output primarily because:

    Answer: Elastic energy stored in tendons is released during the concentric phase

    Tendons and series elastic components store elastic potential energy during the eccentric (pre-stretch) phase and release it in the subsequent concentric contraction.

  6. Center of mass (COM) displacement in the vertical plane is greatest during which locomotion pattern?

    Answer: Walking

    During walking the COM follows an inverted-pendulum arc, rising at midstance, resulting in greater vertical displacement than running.

  7. Tibial internal rotation during knee flexion is coupled with which motion at the subtalar joint?

    Answer: Pronation

    Tibial internal rotation is mechanically coupled to subtalar pronation (calcaneal eversion) through the transverse tarsal joint linkage.