Training Flashcards

Note: you don't need to memorize all the POP but you do need to know common faults when you see them, i.e. identify which fault an athlete is displaying when shown a video.

1
Q

What are the six abilities of an effective trainer?

A
  • Teaching
  • Seeing
  • Correcting
  • Group and/or gym management
  • Presence and attitude.
  • Demonstration.
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2
Q

What is Teaching?

A

The ability to effectively articulate and teach the mechanics of each movement. This includes the ability to focus on major points of performance before more subtle or nuanced ones and the ability to change instruction based on the athlete’s needs and capacity.

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3
Q

What is Seeing?

A

The ability to discern good from poor movement mechanics and to identify both gross and subtle faults whether the athlete is in motion or static.

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4
Q

What is Correcting?

A

The ability to facilitate better mechanics for an athlete using visual, verbal, and/or tactile cues. This includes the ability to triage (prioritize) faults in order of importance, which includes an understanding of how multiple faults are related.

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5
Q

What is Group Management?

A

The ability to organize and manage, both at a micro level (within each class) and at the macro gym level. This includes managing time well; organization of the space, equipment, and participants for optimal flow and experience; planning ahead; etc.

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6
Q

What is Presence and Attitude?

A

The ability to create a positive and engaging learning environment. The trainer shows empathy for athletes and creates rapport.

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7
Q

What is Demonstration?

A

The ability to provide athletes with an accurate visual example of the movement at hand. Demonstration also includes the concept of leading by example: A trainer should follow his or her own advice and be an inspiration to clients.

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8
Q

What are the three types of cues available to a trainer?

A
  • Verbal
  • Visual
  • Tactile
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9
Q

What 4 abilities allow a trainer to effectively correct movement?

A
  1. Use successful cues
  2. Know multiple corrections for each fault
  3. Triage faulty movement
  4. Balance critique with praise.
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10
Q

Generally, the most effective verbal cues are ________, __________, and ___________.

A

Short, specific, and actionable

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11
Q

What is triaging when correcting movement?

A

Assigning urgency to the multiple faults present in order of the most to least important. Greater importance is assigned to faults that have the highest risk for injury (and, therefore, also the greatest potential to limit performance)

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12
Q

What are the 8 themes of functional movement?

A
  • midline stabilization,
  • core-to-extremity movement,
  • balance about the frontal plane,
  • posterior-chain engagement,
  • sound hip function,
  • active shoulders,
  • full range of motion about a joint, and
  • effective stance and/or grip.
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13
Q

What is the difference between a static and a dynamic fault?

A
  • A static fault occurs when the athlete is not moving, even for a brief period of time, for example in the starting, receiving, or finishing positions of a movement.
  • A dynamic fault occurs when the athlete is moving between static positions
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14
Q

Which muscles most facilitate midline stabilization?

A
  • Abdominals (“abs”)
  • Internal and external oblique muscles (“obliques”)
  • Erector spinae (“spinal erectors” or simply “erectors”)
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15
Q

Place the following in order of demand on the musculature to maintain a neutral spine (lowest demand to highest demand, assume the same load for all):
* Front rack hold
* Pause in deadlift 1 inch from the floor
* Low hang position in clean

A
  • Front rack hold
  • Low hang position in clean
  • Pause in deadlift 1 inch from the floor

As the torso moves from a vertical orientation, and hip flexion increases, as in the deadlift, the demand on the musculature to maintain a neutral spine increases.

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16
Q

Which three muscle groups comprise the posterior chain?

A
  • Hamstrings (biceps femoris, semitendinosus, semimembranosus)
  • Gluteal muscles (“glutes”)
  • Spinal erectors.
17
Q

Describe 3 ways that posterior chain engagement contributes to safety?

A
  • Promotes midline stabilization
  • Promotes balance around the frontal plane (by balancing out the anterior chain)
  • Helps keep knees in line with toes, reducing lateral and rotational forces at the knee joint
18
Q

Why is powerful and complete hip extension necessary for elite athletic capacity?

A
  • It applies the most force on the object
  • It creates the most elevation on the object, giving the athlete the most time to accommodate or receive it
19
Q

What 3 ways does poor hip function manifest in functional movement?

A
  • Muted hip
  • Lack of hip extension
  • Slow hip extension
20
Q

What is muted hip?

A

A hip that never flexes (or “closes”), requiring the quads to do all the work.

21
Q

Why do we train full range of motion about a joint?

A
  • Maximize joint health, flexibility, and strength
  • Prepare for any conceivable task
  • Develop neuromuscular coordination universally found in compound movements and sport
22
Q

What is an active shoulder?

A
  • The most stable position for the shoulder when working against a load. The athlete attempts to keep the shoulder in a relatively neutral, natural position, without yielding to a load.
23
Q

Choose the sentence that best describes an active shoulder:
* The shoulder is retracted / elevated / etc. to end range
* The athlete always creates an active shoulder by pushing into the load
* The athlete attempts to keep the shoulder in a relatively neutral, natural position.

A
  • The athlete attempts to keep the shoulder in a relatively neutral, natural position.

There are cases in which an active shoulder is not achieved by pushing into the load (e.g., bench press).

In all cases, the retraction, elevation, etc. is not taken to the end range that results in a contrived position. For example, retraction in a deadlift is not full retraction that may result in a loss of midline stabilization or a position that would not be possible under any real load.

24
Q

The chances for shoulder impingement increase as grip __________.

A
  • Narrows

In an overhead squat, for example, a wider grip requires less elevation to create clearance space.

25
What are three benefits of an active shoulder?
* Shoulder stability * Maximal force application * Minimal impingement risk An active shoulder creates optimal skeletal alignment, which enables the most musculature of the torso (e.g., trapezius) to aid in the stability of the shoulder and potentiate the greatest force. An active shoulder also moves the acromion process out of the way of the humerus, reducing the chance for impingement of the biceps tendons and rotator-cuff muscles.
26
Full range of motion should always be prioritized above _________ and __________ * Midline stability * Increased load * Posterior chain engagement * Increased speed
* Increased load * Increased speed
27
Which of the 9 foundational movements begin in a hip- or hip-shoulder width stance?
* Deadlift * Medicine Ball Clean * Shoulder Press * Push Press * Push Jerk
28
Which of the 9 foundational movements begin in a shoulder width stance?
* Squat * Front Squat * Overhead Squat
29
When are stance or grip considered a safety issue?
Only when other points of performance are adversely affected. The value of any stance and grip adjustment should be assessed based upon its effect on all the other points of performance in the movement.
30
The margin for error in movement mechanics decreases as ________ and _______ increase.
Load and speed
31
Which 4 things must be considered when assessing safety risk and performance benefit of an athlete's movement?
1. athletic capacity 2. loading 3. positioning 4. speed of execution
32
__________ workouts require _________ warm-ups.
Shorter / longer
33
How does a trainer apply threshhold training to heavy days?
Once an athlete’s mechanics significantly deviate from the points of performance, the load needs to be reduced.
34
Make sure you can identify SUBTLE faults in moving athletes. Take videos and analyze them, make sure you can see faults, especially dynamic faults common to functional movements, for example...
* loss of midline stabilization e.g. spine flexion during deadlift * violation of core-to-extremity movement e.g. early arm bend in snatch * loss of balance about the frontal plane e.g. bar traveling around face in press * lack of posterior-chain engagement e.g. knees caving in during squat * lack of sound hip function e.g. lack of full hip extension in clean * loss of active shoulders e.g. bent arms in overhead squat * limited range of motion about a joint e.g. shallow squat * ineffective stance and/or grip e.g. landing too wide for push jerk
35
What's a better verbal cue for an athlete who is knee-initiating the squat? * Butt back * Initiate with your hips * Try not to knee initiate
* Butt back Effective cues are short, specific, and actionable, and don't contain technical / anatomical language.
36
What's an appropriate first step if you see an athlete display the following errors in the first rep of a working set of 5 reps back squat: * Knees caving in * Weight in toes * Loss of lumbar * Insufficient depth
* Lower weight