Chapter 18 Flashcards

1
Q

What are the resistance training principles? (4)

A
  • overload principle
  • principle of progressive resistance
  • principle of arrangement of exercises
  • principle of specificity
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2
Q

Explain the following resistance principle: overload principle

A

in order to improve, athletes must continually work harder as they their bodies adjust to existing workouts

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3
Q

Explain the following resistance principle: principle of progressive resistance

A
  • 2 for 2 rule: if you finish a set and you feel like you can do a few more reps (and the goal is to exercise to fatigue), you are reading to increase the intensity of your workout
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4
Q

Explain the following resistance principle: principle of arrangement of exercises

A
  • exercise larger muscle groups first and higher intensity exercises before lower intensity exercises
  • therefore, do multi- joint exercises before single joint exercises
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5
Q

Explain the following resistance principle: principle of specificity

A
  • sports training should be relevant and appropriate to the sport for which the individual is training in order to produce the desired effect.
  • so, train all movement patterns for an optimal program
  • load, speed, pattern, ROM, angle, contraction time, etc will dictate the training response
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6
Q

State the muscle hypertrophy ideal rest periods and how it varies from a maximum strength program rest period

A
  • 1-3min

- max muscle strength programs: 3-5min

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7
Q

What is the key concept of muscle power training in relation to other training?

A
  • can be done concurrently with strength training! meaning they can be done in the same workout. must do power stuff first before strength stuff
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8
Q

Muscular endurance key concept: rest period

A
  • shorter rest periods can be used: 1-2 min for high rep sets (15+ reps), less than 1 min for moderate sets (10-15~ reps)
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9
Q

define: neuromotor training

A
  • exercising involving motor skills (balance, agility, coordination, gait, etc), proprioceptive exercise training, and multi-faceted activities (yoga, taichi)
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10
Q

What is the recommended combination of training to improve sprinting ability?

A
  • heavy resistance and ballistic-resistance exercise (along with sprinting and plyometric training)
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11
Q

What is the recommended training for developing vertical jump ability?

A
  • multiple joint exercises using a combination of loading weights (using FAST repetition) with moderate to high volume in a periodised fashion
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12
Q

Looking at table 18.2, where is the cut off point for recruiting type 1 and type 2 fibres?

A

type 1: lower than 80% of 1 RM

type 2: higher than 80% of 1RM

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13
Q

what is intensity dictated by ?

A

load

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14
Q

What happens if the velocity of the RT movement decreases

A

then you are no longer training power

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15
Q

when can you train more frequently?

A

in splits or varying intensity

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16
Q

trying to train max strength and balance, don’t go hand in hand

17
Q

what should you emphasis in the beginning of training program ?

A

technique, not intensity

18
Q

What is plyometeric training used to develop ?

A

power, by loading muscles with SUDDEN weight and forced to lengthen

19
Q

define: Strength-shortening Cycle

A

active muscle lengthening is immediately followed by the shortening of the muscle.
will elicit the stretch reflex

20
Q

Define negative work and positive work, how does one increase positive work ?

A

negative work: landing from a jump
positive work: jumping up
increase positive work by increasing the amt of negative work
(increase height of jump)

21
Q

why is rate of stretch better than length

A

longer stretch times will negate the benefits of stretch shortening cycle,
train speed and power, use medicine ball

22
Q

How is positive work returned to the body

A

from stored energy from passive elastic structure, not just training the muscle but also the tendon

23
Q

what is important for effective plyometrics

A

small ranges of motion and joints, high velocity and no delay

24
Q

What trunk movements engage this muscle group: transverse abdominus

A
  • forced expulsion
25
Q

What trunk movements engage this muscle group: internal obliques

A
  • lateral flexion, rotation to the same side, flexion of trunk
26
Q

What trunk movements engage this muscle group: external obliques

A
  • lateral flexion of trunk to same side, rotation to opposite side and flexion of trunk
27
Q

What trunk movements engage this muscle group: rectus abdominus

A
  • flexion of trunk
28
Q

What trunk movements engage this muscle group: erector spinae

A
  • trunk extension
29
Q

What trunk movements engage this muscle group: multifidus

A
  • lateral flexion, extension, and hyper extension
30
Q

What trunk movements engage this muscle group: quadratus lumborum

A
  • (actually just more involved with spine stabilization; largely isometric)
31
Q

What trunk movements engage this muscle group: latissimus dorsi

A
  • lat pull down/ any pull movement starting from above the head; more of a spine stabilizer
32
Q

Explain the expected improvements/ possible adaptations for advanced anaerobic athletes in response to phosphagen system training (activities such as sprinting, heavy resistance training, and power type training) (4)

A
  • increased resting levels of anaerobic substrates (ATP, CP, glycogen content)
  • increased number and activity of key enzymes controlling the phosphagen system (especially type 2x fast twitch muscle)
  • hypertrophy of fast twitch fibres (particularly type 2x)
  • improved neuromotor coordination at high power outputs
33
Q

Explain the expected improvements/ possible adaptations for advanced anaerobic athletes in response to glycolytic system training (exercises involving high level of sustained anaerobic metabolism such as 30-90s of intense work)

A
  • increased resting levels of anaerobic substrates (ATP, CP, glycogen content)
  • increased number and activity of key enzymes controlling the anaerobic phase of glucose breakdown. Anaerobic enzyme function, and increases in size occur largely in type 2a fast twitch muscle fibres
  • selective hypertrophy of fast twitch fibres, particularly type 2a due to the need for sustained power
  • increased ability to tolerate high muscle acidity during all-out exercise, resulting in increased anaerobic exercise capacity
34
Q

Explain the expected improvements/ possible adaptations for advanced anaerobic athletes in response to glycolytic system training (exercises involving high level of sustained anaerobic metabolism such as 30-90s of intense work)

A
  • increased resting levels of anaerobic substrates (ATP, CP, glycogen content)
  • increased number and activity of key enzymes controlling the anaerobic phase of glucose breakdown. Anaerobic enzyme function, and increases in size occur largely in type 2a fast twitch muscle fibres
  • selective hypertrophy of fast twitch fibres, particularly type 2a due to the need for sustained power
  • increased ability to tolerate high muscle acidity during all-out exercise, resulting in increased anaerobic exercise capacity
35
Q

Quiz yourself: what activity is missing on this graph? (see google doc)

A

E? spining

36
Q
Quiz yourself: What is the main structure that returns elastic energy resulting in increased work during plyometric exercises (stretch shortening cycle)
A) tendon
B) muscle
C) cross-bridge
D) ligament
E) bone
37
Q

Quiz yourself: The best power training exercises for developing natural explosive strength (power) are:
A) eccentric lifting loads (negatives)
B) olympic style lifts (cleans, snatches, etc)
C) deadlifts
D) isokinetic machines set at high velocities
E) isometric holds