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76 Cards in this Set
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- Back
- 3rd side (hint)
Plyometric training is also known as |
Jump or reactive training. |
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Plyomerric training is a form of exercise that uses |
Explosive movements such as abounding, hopping, & jumping to develop muscular power.. |
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Plyometric training as a form of training in which the individual reacts to |
The ground surface in such a way that they develop larger than normal ground forces that can be used to project the body with a greater velocity/speed of movement. |
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Reactive training refers to |
The reaction stimulus a client encounters during plyometric training, which is the ground in this case. |
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Before performing any plyometric exercises for client must have |
Core strength, joint stability, ROM, & the ability to balance efficiently. |
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Plyometric training is generally not an appropriate form of training for individuals with |
Select chronic diseases or other health/functional limitations. |
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Rate of force production |
The ability of muscles to exert maximal force output in a minimal amount of time. |
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Success in every day activities and sports depends on |
Speed at which the muscular force is generated. |
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What are the 3 distinct phases involved in plyometric training? |
1. Eccentric/loading phase 2. Amortization/transition phase 3. Concentric/unloading phase |
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What are other names for the eccentric phase? |
Loading Yielding Counter movement Cocking |
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The eccentric phase increases |
Muscle spindle activity by pre-stretching the muscle before activation. |
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During the eccentric phase potential energy is |
Stored in the elastic components of the muscle. |
Stretching a rubberband |
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The integrated performance paradigm |
Back (Definition) |
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The amortization phase involves |
Dynamic stabilization |
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The amortization phase is the time between the |
End of the eccentric muscle action (loading:deceleration) & initiation of the concentric contraction (unloading force/production). |
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The amortization phase is also known as |
The transition phase Electromechanical delay |
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Speed of movement & reactive neuromuscular control are a function of |
Muscular development & neural control. |
1. A function of training 2. A function of learning |
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Muscular overload and rapid movements during the execution of training exercises is |
The key. |
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Plyometric (reactive) training |
Exercises that generate quick,powerful movements involving an explosive concentric muscle contraction preceded by an eccentric muscle action. |
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The cocking/loading phase is described as an ___ muscle action that |
Eccentric muscle, that dampens slows the downward movement of the body (deceleration). |
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After the clocking loading phase immediately comes |
An explosive eccentric muscle contraction. |
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The integrated performance paradigm |
Back (Definition) |
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Vertical velocity |
How fast you leave the ground. |
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The amortization phase is the time between the |
End of the eccentric muscle action (loading:deceleration) & initiation of the concentric contraction (unloading force/production). |
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Integrated performance paradigm |
To move with efficiency, forces must be dampened (eccentrically), stabilized isometrically, and then accelerated (concentrically). |
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During the amortization phase The muscle must |
Switch from overcoming force to the importing it to the intended direction. |
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A prolonged amortization phase results in |
Less than optimal NM efficiency from a loss of elastic potential energy. |
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A rapid switch from an eccentric loading phase to a concentric contraction leads to |
A more powerful response. |
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The concentric phase occurs immediately after the amortization phase, |
the concentric contraction occurs, resulting in enhanced muscular performance after the eccentric phase of muscle contraction. |
Releasing a rubber band after it has been stretched. |
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Plyometric exercises enhance the |
Excitability, sensitivity, & reactivity of the NMS. Increases the rate of force production (power). Increases motor unit recruitment. Increases firing frequency (rate coding). Increases motor unit (synchronization). |
There are 4 increases There are 3 enhances |
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Plyometric training can be progressed once |
Overall strength base, Proper core strength Balance stabilization capabilities |
There are 3 |
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Adequate isometric stabilization strength is developed through |
Core, balance, and resistance stabilization exercises. |
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Adequate isometric stabilization strength decreases the time between |
Eccentric muscle action and concentric muscle contraction, resulting in shorter ground contact times. |
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Shorter ground contact times result in decreased |
Tissue overload & potentially interested in performing plyometric training. |
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Short stretching cycles require what system? |
NMS to react quickly & efficiently after the eccentric, concentric phases. |
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I’m movement patterns that occurred during functional activities involve a series of |
Repetitive stretch-shortening cycles (eccentric & concentric contractions) |
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The purpose of stretch shortening cycles is to produce |
The necessary force to change the direction of an objects center of mass efficiently. |
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Functional movements such as “cutting or changing of direction” require training exercises that emphasize |
Plyometric training to prepare for functional demands of a specific activity. |
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Plyometric training provides the ability to train |
Specific movement patterns in a biomechanically correct manner at a more functionally appropriate speech. |
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Plyometric training provides better functional strengthening of the |
Muscles, tendons, and ligaments to meet the demands of every day activities & sports. |
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What is the ultimate goal of plyometric training? |
To decrease the reaction time of the muscle action spectrum (eccentric deceleration, isometric stabilization, & concentric acceleration) |
Increases speed of movement. |
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The speed of muscular exertion is limited by |
NM coordination, the body will only move within a range of speed that the NS has been programmed to allow. |
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Plyometric training provides the ability to train |
Specific movement patterns in a biomechanically correct manner at a more functionally appropriate speech. |
Set by the CNS. |
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Plyometric training provides the ability to train |
Specific movement patterns in a biomechanically correct manner at a more functionally appropriate speech. |
Set by the CNS. |
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Plyometric stabilization exercises : box jump-up with stabilization : |
Back (Definition) |
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Plyometric stabilization exercises : box jump-down with stabilization : |
Back (Definition) |
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Plyometric stabilization exercises : Multiplantar jump with stabilization stabilization (broad jump) : |
Back (Definition) |
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And plyometric strength training, exercises involve more |
Dynamic eccentric and concentric movement through full ROM. |
Specificity, speed, & neural demand may be progressed. |
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Plyometric-strength exercises are intended to prove what of the entire HMS? |
Dynamic joint stabilization Eccentric strength Rate of force production NM efficiency |
There are 4 |
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Plyometric strength exercises are performed in a |
Repetitive fashion (spending a relatively short amount of time on the ground before repeating the drill) |
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Plyometric-strength exercises include the following : |
Squat jump Tuck jump Butt kick Power step-up |
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Program design parameters for reactive training |
Back (Definition) |
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Plyometric stabilization exercises : Squat jump stabilization : |
Back (Definition) |
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Plyometric stabilization exercises : box jump-up with stabilization : |
Back (Definition) |
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Plyometric stabilization exercises : box jump-down with stabilization : |
Back (Definition) |
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Plyometric stabilization exercises : Multiplantar jump with stabilization stabilization (broad jump) : |
Back (Definition) |
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In plyometric-power training, exercises involve the entire ___ spectrum & ___ spectrum used during ___, ___ movements. |
Muscle action spectrum Contraction velocity spectrum Functional Integrated |
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Plyometric-power exercises are designed to further improve the |
Rate of force production Eccentric strength Reactive strength Reactive joint stabilization Dynamic NM efficiency Optimal force production |
There are 6 |
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Plyometric power exercises are performed as |
Fast & explosively as possible. |
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Plyometric power exercises include the following : |
Ice skaters (skater jumps) Single-leg power step-up Proprioceptive plyometrics |
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Plyometric-strength exercises : squat jump : |
Back (Definition) |
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Plyometric-strength exercises : tuck jump : |
Back (Definition) |
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Plyometric-strength exercises : butt kick (jump) : |
Back (Definition) |
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Plyometric-strength exercises : power step-up : |
Back (Definition) |
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If a client is in the strength level of training (phases 2, 3, & 4), select |
Plyometric-strength training |
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Plyometrics training should only be performed by individuals wearing ___ & on a proper training ___. |
Proper shoes, Training surface such as a Grassfield, basketball court, or Tartan track. |
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If a client is in the power level of training (phase 5), select |
Plyometric-power training |
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Plyometric training program design : (OPT level, phase(s), exercise, number of exercises, sets, reps, tempo, rest) |
Back (Definition) |
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Plyometric-power exercises : Ice skaters (skater jumps) : |
Back (Definition) |
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Plyometric-power exercises : Single-leg power step-ups : |
Back (Definition) |
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Plyometric-power exercises : proprioceptive plyometrics : Single or two legged hops (diagonal, side-to-side, front-to-back) |
Back (Definition) |
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When an individual lands during plyometricstabilization exercises they should hold |
The landing position (or stabilize) for 3-5 secs. |
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When an individual lands during plyometric-stabilization exercises this gives them a chance to |
Make any adjustments necessary to correct Faulty posture before repeating the exercise. |
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Exercises in the plyometric stabilization level include the following : |
Squat jump with stabilization Box jump-down will stabilization Box jump-up with stabilization Multiplantar jump with stabilization |
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Plyometric training program design : (OPT level, phase(s), exercise, number of exercises, sets, reps, tempo, rest) |
Back (Definition) |
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Filling the template |
Back (Definition) |
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