PROGRAMME DESIGN FOR RESISTANCE TRAINING Flashcards

1
Q

What is specificity

A

refers to the method whereby an athlete is trained in a specific manner to produce a specific adaptation or training outcome.

is used interchangeably with the acronym SAID, Specific Adaptation to Imposed Demands

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2
Q

what is overload

A

refers to assigning a workout or training regimen of greater intensity than the athlete is accustomed to.

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3
Q

what are some subtle change of overload

A

increase the # of sessions/wk or day,
add exercises or sets,
emphasize complex over simple exercises, &/or
decrease the length of rest periods between sets & exercises.

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4
Q

what does progression promote and is based on what

A

promotes long-term training benefits when applied properly.
is based on the athlete’s training status.

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5
Q

Examples of how to progressively increase resistance training intensity

A

Increase resistance (load) used,
Raise the # of weekly training sessions,
Adding more drills or exercises/session,
Increase the training stimulus,
Change the type or technical requirements of the drills or exercises.

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6
Q

which type of exercise are considered less important for sport performance

A

assistance exercise

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7
Q

what are structural exercise

A

emphasize loading the spine directly orindirectly.

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8
Q

what are power exercise

A

are structural exercises that are performed very quickly or explosively.

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9
Q

what are power exercise

A

are structural exercises that are performed very quickly or explosively.

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10
Q

what is SAID or specificity concept

A

The more similar the training activity is to the actual sport movement, the greater the likelihood that there will be a positive transfer to that sport.

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11
Q

what is muscle balance

A

is defined as a proper ratio of strength, power, or endurance of 1 muscle or muscle group relative to another muscle or muscle group.

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12
Q

does muscle balance means equal strength

A

not always

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13
Q

Muscle Balance Ratios Recommended for Agonist & Antagonistic Muscle Groups

A

Hip extensors & flexors
1:1
Elbow extensors & flexors
1:1
Trunk extensors & flexors
1:1
Ankle inverters & everters
1:1
Shoulder flexors & extensors
2:3
Knee extensors & flexors
3:2
Shoulder internal & external rotators
3:2
Ankle plantar flexors & dorsiflexors
3:1

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14
Q

traditionally how many workout per week is recommende for sufficient recovery between session

A

3 week

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15
Q

As an athlete adapts to training & becomes better conditioned, it is appropriate to consider increasing the # of training days from

A

4 to 7 days/wk

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16
Q

general guideline for training session

A

Schedule training sessions so that there is at least 1 rest or recovery day—but not more than 3—between sessions that stress the same muscle groups.

17
Q

More highly resistance-trained (intermediate or advanced) athletes can augment their training by using a

A

split routine

18
Q

Factors that May Affect Training Frequency

A

Alternating lighter & heavier training days may increase training frequency.
Upper-body muscles can recover more quickly from heavy-loading sessions than lower-body muscles.
Recovery from single-joint exercises is faster than from multi-joint exercises.

19
Q

for training frequency, consider the effect of

A

other types of anaerobic training,
aerobic training,
sport skill practice, &
physically demanding occupations.

20
Q

Power exercises such as the snatch, hang clean, power clean, & push jerk should be performed when in a training session and followed by what

A

first, other nonpower core exercises and then assistance exercises.

21
Q

what is preexhaustion

A

reverse” exercise arrangement where the athlete purposely fatigues a large muscle group as a result of performance of a single-joint exercise prior to a multijoint exercise involving the same muscle.

22
Q

what is superset

A

involves sequentially performing 2 exercises that stress 2 opposing muscles or muscle areas.
e.g., an agonist & its antagonist.

23
Q

what is compound set

A

involves sequentially performing 2 different exercises for the same muscle group.

24
Q

what is exercise density

A

is another method used to measure the intensity of a training session that is based on the amount of rest between bouts of work.

25
Q

what is often characterized as the most critical aspect of a resistance training program.

A

load

26
Q

T/F A linear relationship exists between the loads lifted & the reps performed.

A

T

27
Q

maximal power is produced at what velocities with the lifting of what load

A

is produced at intermediate velocities with the lifting of light to moderate, not maximal, loads.

28
Q

For power training,
the most effective & practical application is to assign loads that are about how many %

A

75% to 90% of the 1RM for resistance training exercises that can be heavily loaded & other weightlifting-derived movements.

5 repetitions or fewer should be performed, but this will be determined by the type of power event the athlete is training for.

29
Q

Factors that greatly influence appropriate load increases

A

Training status,
Volume-loads, &
Exercises (type & muscular involvement).

30
Q

Relative load increases of _% to _% can be used in place of the absolute values to contend with the aforementioned factors that affect load increases.

A

2.5 to 10%

31
Q

Single-Set Training may be appropriate for who

A

untrained individuals or during the 1st several months of training.

32
Q

Volume assignments for power training are typically lower/higher than those for strength training to maximize the quality of exercise

A

lower

33
Q

Increases in muscular size are associated with

A

higher training volumes & performing 3 or more exercises per muscle group.

34
Q

Programs for muscular endurance involve

A

involve many repetitions (12 or more) per set, lighter loads, & fewer sets.

35
Q

Programs for muscular endurance involve

A

involve many repetitions (12 or more) per set, lighter loads, & fewer sets.

36
Q

The length of this rest period is dependent on the:

A

goal of training,
relative load lifted,
amount of muscle mass involved in each exercise, &
athlete’s training status.

37
Q

The length of this rest period is dependent on the:

A

goal of training,
relative load lifted,
amount of muscle mass involved in each exercise, &
athlete’s training status.

38
Q

rest period for strength and power

A

2 to 5 min

39
Q

rest period for hyperthrophy

A

30s to 1.5 min