Chapter 17: Exercise Program Design Flashcards

(87 cards)

1
Q

HR below VT1

A

zone 1

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2
Q

HR from VT1 to just below VT2

A

zone 2

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3
Q

HR at and above VT2

A

zone 3

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4
Q

talk test recommended for phase _

A

introduction in phase 2

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5
Q

field test for VT2 recommended for

A

phase 3

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6
Q

goal for phase _

  1. improve health
  2. building fitness

help client to have positive experience with fitness
make exercise a habit
duration extended to 20-30 min

A

phase 1: aerobic base training

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7
Q

aerobic base program design:

zone?
RPE
frequency
duration
progression per week
A

zone 1 - HR below VT1

RPE 3 to 4

4 times/week

10 to 15 minutes, progress to 30 min

10% from week prior

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8
Q

goal for phase _

increase time of cardiorespiratory exercise

introduce intervals to increase caloric expenditure

review goals of client

A

phase 2

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9
Q

training phase for regular exercisers in a fitness facility who have goals of maintaining fitness/weightloss

A

phase 2

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10
Q

non athletically focused group exercise falls into phase_

A

2

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11
Q

0 to 10 scale

RPE for Zone 1

RPE for Zone 2

RPE for Zone 3

A

3 to 4

5 to 6

7 to 10

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12
Q

6 to 20 scale

RPE for Zone 1

RPE for Zone 2

RPE for Zone 3

A

12 to 13

14 to 16

17 to 20

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13
Q

Phase _

focus on program design:
endurance performance goals
7 or more hrs of cardio/week

A

phase 3 - anaerobic endurance

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14
Q

Phase _

clients work in this phase only during specific training cycles prior to competition

A

phase 4 - anaerobic power

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15
Q

Phase 2:

Warm up, cool down, recovery and steady state performed at (2)

A

At or just below VT1

RPE 3 to 4

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16
Q

Phase 2 intervals performed at (2)

Goal is to improve clients ability to

A

Just above VT1

RPE of 5

Utilize fat as fuel at and just above VT1

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17
Q

Session RPE

A

RPE x duration x frequency

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18
Q

Exercise is hard enough to cause fatigue but not hard enough to provoke adaptations

Psychological push to do more, but physiological pull to do less

A

The black hole

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19
Q

% of training performed at intensities lower than VT1 (zone 1)

% of training performed above VT2

A

70 to 80%

5 to 10%

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20
Q

To work toward optimal biological potential

Train at VT1 _ %

Train above VT2 _ %

A

80%

10%

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21
Q

Perform HIIT _ times per week

A

3-4

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22
Q

HR at VT1 is 143 bpm

HR at VT2 is 162 bpm

HR zone would be:

A

Zone 1 : less than 143bpm

Zone 2: 143 to 161 bpm

Zone 3: 162 and above

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23
Q

% training in zone 1

% training in zone 2

% training in zone 3

A

70-80%

Less than 10%

10-20%

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24
Q

Intervals designed to tax phosphagen stores and create a rapid rise in blood lactate occur in phase _

A

4

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25
Condition postural muscles made up of _ with _ as opposed to _
Type 1 muscle fibers Volume rather than intensity
26
Forward rounded shoulders can be strengthened by
reverse flys in a supine position (muscle isolation)
27
To strengthen weak muscles 1. 2.
Isometric muscle contractions Dynamic, controlled ROM exercises
28
Goal of functional movement and resistance training is to
Promote stability of the lumbar spine
29
Progression for core activation (4)
Kegels - pelvic floor contraction TVA - drawing in Combo Contractions with normal breathing
30
``` Cat camel Pelvic tilts Lying Hip flexor stretch Lying ha,string stretch Supine 90-90 stretch ```
Exercises to promote mobility of hips
31
Spinal extensions spinal twist Prisoner rotation
Exercises to promote mobile of thoracic spine
32
Muscles working as a group to provide opposing, directional, or contralateral pulls to achieve balanced movement This helps _ region achieve stability
Force couples Scapulothoracic region
33
Overhead triceps stretch for
Inferior shoulder capsule
34
Bring arm across front of body OR rest full length of arm on wall and rotate trunk toward wall- stretches what?
Posterior capsule
35
Pectoral is stretch for
Anterior capsule
36
Rolled up towel 2 inches above elbow - pull elbow down and in
Superior capsule
37
Durning _ movements, Serrated anterior moves thorax toward a more fixed, stable scapulae
Closed kinetic chain
38
_ movements ar e best for deconditioned individuals using floor as kinestetic feedback
Open Kinetic chain
39
Packing the scapulae =
Depress and retract the scapula
40
Exercise dTo improve rotator cuff function
Internal/ tutor cuff rotation
41
Exercise e to strengthen posterior muscle of shoulder complex
Reverse flys with supine 90-90 stretch
42
To strengthen parascapular muscles
Prone arm lifts
43
To stabilize scapulothoracic joint and lumbar spine in CKC position
CKC weight shifts
44
Unable to keep heels on floor when squatting- need to improve (2) Exercise for
Ankle mobility and calf flexibility Standing ankle mobilization
45
Center of mass in males is
Higher in males due to upper body musculature
46
Stiffen trunk region by cocontracting both layers of muscles
Bracing
47
Conscious contraction for short time during periods of external loading on the spine Draw in the navel
Centering
48
Stance position progression (4)
Narrow Split Tandem Single leg
49
good ankle mobility
15-20 degrees of ankle dorsiflexion
50
emphasize _ during first 10-15 degrees of movement during squat
glute dominance
51
placing a soft squeezable ball between the knees will strengthen
hip adductors
52
wrapping an elastic band around the knees will strengthen the
hip abductors
53
squat position progression (6)
``` staggered internal rotation external rotation saggital plane frontal plane transverse plane ```
54
weakness in the _ reflects inability to control lateral hip shift this is noticeable as their stance leg _ and opposite hip _
hip ABductors hikes upward drops downward
55
lateral hip shift weakness is present if, during the leg swing movement, _ hip shifts laterally
stance leg
56
_ promotes stability whithin the stance-leg and hip during a single leg stand
single leg stands
57
shoulder flexion of 180 degrees requires: _ degrees of scapular rotation _ degrees of glenohumeral rotation
60 degrees 120 degrees
58
dominant _ overactive _ compromise scapular stability, and force the _ to assume greater loads, increasing potential for injury
rhomboids trapezius glenohumeral joint
59
client should engage the _ during the downward phase of the shoulder press and not yield to gravity
latissimus dorsi
60
press progressions (4)
seated bilateral press standing bilateral split stance single arm press contralateral stance single arm press ipsilateral stance
61
clients with forward roundes shoulders, abducted scapulae, or winging scapulae should perform pulling exercises from a position of
scapular stability
62
Two types of pulling:
Pull from the shoulder - scapular stability Scapular retraction and adduction
63
Clients with forward, rounded shoulders, abducted scapulae or winged scapulae from a position of (2)
Scapular stability Very little resistance
64
Exercise that involves movement down across the front of the body
Wood chop
65
Exercise involves pulling to initiate the movement up across the front of the body
Hay bailers
66
FIRST
``` Frequency Intensity Reps Sets Type ```
67
Beginners resistance training _ should be emphasized over _
Exercise repetition Exercise intensity
68
Beginner max resistance
60-70% maximal resistance
69
_ reps with 70% maximal resistance _ reps with 60% max resistance
12 reps 16. Reps
70
Increase resistance by _% when _ reps can be performed
5% 16 reps
71
motor learning effect - can increase resistance _ per week if _ reps can be performed
10% 12 reps
72
resistance training can decrease (3) and can increase (1)
CVD LDL triglycerides HDL
73
insulin sensitivity can be improved with
resistance training programs and aerobic exercise combined
74
muscular strength assessed by
1 RM
75
optimal strength development _ max resistance
80-90%
76
reps at 90% MR reps at 80% MR
4 REPS 8 REPS
77
1. SET REP RANGE (4-8) 2. CONTINUE TRAINING AT SAME RESISTANCE UNTIL 8 REPS CAN BE COMPLETED 3. INCREASE RESISTANCE BY 5% THIS PROCEDURE IS CALLED
double-progressive protocol
78
2 types of clientele that can benefit from performance training
older-adults - helps to avoid falls middle aged - help to participate in recreational sports
79
velocity of force production and rate of performing work
POWER
80
this exercise emphasizes vertical component of jumping, no rest btwn jumps
jumps in place
81
this exercise emphasizes vertical and horizontal component of jumping, no rest btwn jumps
single linear jumps or hops
82
this exercise moves the client in a VARIETY OF DIRECTIONS emphasizes vertical component of jumping, no rest btwn jumps
multidirectional hops or jumps
83
this exercise moves the client in a SINGLE LINEAR DIRECTION emphasizes vertical component of jumping, no rest btwn jumps
multiple linear jumps or hops
84
taking off and landing with the same foot
hops
85
alternating feet during take-off and landing
bounds
86
this exercise emphasizes horizontal speed and are performed repeatedly with no rest btwn actions
hops and boinds
87
landing midfoot shortens time btwn _ and _ actions AKA _
eccentric and concentric amortization phase