Chapter 13 Administration, coring and interpretation of selected tests Flashcards

1
Q

what are the measuring parameters of athletic performance

A

-max muscular strength
-anaerobic or max muscular power
-anaerobic capacity
-local muscular endurance
-aerobic capacity
-agility
-strength
-balance and stability
-flexibility
-body composition
-anthropometry

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2
Q

what are the tests done for maximum muscular strength

A

Low movement speeds
1RM bench press
1 RM back squat

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3
Q

what are the tests done for anaerobic/maximum muscular power

A

1 RM Power Clean
Vertical Jump
Static Vertical Jump
Reactive Strength Index
Margaria-Kalamen Test

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4
Q

What is the Eccentric Utilization Ratio?

A

ratio of countermovement jump (CMJ) to static jump (SJ) performance, has been suggested as a useful indicator of power performance in athletes.

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5
Q

what are the tests done for anaerobic capacity

A

300 yd shuttle

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6
Q

what are the tests done for aerobic capacity

A

12-Minute Run
Yo-Yo Intermittent Recovery Test

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7
Q

what are tests done for agility

A

T-Test
Hexagon Test
Pro Agility Test (20-Yard Shuttle)
505 Agility Test

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8
Q

what are tests done for balance and stability

A

Balance Error Scoring System (BESS)
Star Excursion Balance Test (SEBT)

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9
Q

what are tests done for speed

A

straight line sprint test (40yd sprint)

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10
Q

what is muscular strength

A

the F a m. or a m. group can exert in 1 maximal effort while maintaining proper form

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11
Q

how is the 1 RM performed (trials, scoring, what can affect accuracy)

A

warm up light resistance (5/10 reps)
1 min rest
warm up load for 3-5 reps
2 min rest
near max load for 2-3 reps
2 to 4 min rest
attempt 1 RM
if failed; decrease weight or if good then increase weight
3-5 testing sets
training status and exercise technique experience affect accuracy

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12
Q

disqualifications for back squat 1RM

A

losing balance during lift
failure to descend deeply enough
spotter helping w the lift
failure to stand up completely

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13
Q

disqualifications for bench press 1RM

A

-bouncing barbell off the chest
-lifting hips off the bench at any time during the movement
-spotter helps with the lift
-failure the extend both arms

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14
Q

what is max muscular power

A

ability of m. tissue to exert high force while contracting at a high speed

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15
Q

describe 1 RM power clean disqualifications

A

-stopping during the lift
-cleaning the bar to a location other than the shoulder
-inability to hold on the barbell while attempting to stand up
-loss of balance during the lift

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16
Q

describe the vertical jump test

A

use of commercial vertec device
best of 3 trials to the nearest 1.0 cm

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17
Q

describe the static vertical jump test

A

knee angle = about 110° and hold 2-3 sec VJ Ht= total jump height- standing reach height
best of 3 trials recorded
no countermvt during starting position
max height measured by contact mat system
EUR: CMVJ Ht / SVJ Ht

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18
Q

what is the reactive strength index

A

ex: DROP JUMP TEST
boxes of varying heights
jump mat (0.2 m in front of box) and contact mat for measuring jump height and contact time
RSI=jump Ht / contact time
best of 3 trials recorded

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19
Q

describe Margaria-Kalamen Test

A

time from 3rd to 9th step contact (nearest 0.01 s)
3 trials and best of the 3 used in calculations
2-3 min rest btw trials

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20
Q

what is anaerobic capacity

A

max rate of energy production by the combined phosphagen and anaerobic glycolytic energy sys for mod-duration activities (max work/sec performed in muscular activity btw 30-90 s )

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21
Q

describe 300 yd shuttle test

A

foot contact must be made w each line
2 trials
time recorded to nearest 0.1s
record average of both trials to nearest 0.1

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22
Q

what is aerobic capacity

A

max rate at which an athlete can produce energy thru oxidation of energy sources

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23
Q

describe yoyo intermittent recovery test

A

common in field testing protocols for team sports
performed at 2 levels (1=starts at 10km/h, 2=starts at 13km/h)
used to evaluate max HR, max distance covered and physical capacity of athletes involved in intermittent sport (mimics match)
-distance covered measured when subject fails to reach line twice
-repeated running bouts eith each bout 2x 20m runs

24
Q

diff btw yoyo level 1 and level 2

A

level 1: ability to perform intermittent exercise leading to activation of the aerobic energy sys (1st-10km/h, 2nd=11.5km/h, 3rd=13.0km/h, 4th=13.5 km/h, 5th=14.0 km/h continue w 0.5km/h speed increments per running bouts until exhaustion)

level 2: ability to recover from repeated exercise with a large contribution of the anaerobic sys
(1st bout at 13km/h, 2nd at 15km/h, 3rd at 16km/h and 4th at 16.5km/h, 0.5km/h increase per stage until exhaustion)

25
Q

what are the soccer endurance tests

A

continuous multistage fitness test
yoyo intermittent recovery test
soccer-specific testing of VO2 max
Hoff test: aerobic testing with the ball

26
Q

what is agility

A

a rapid, whole-body, change of direction or speed in response to a sport-specific stimulus

27
Q

describe T-test

A

best time of 2 trials to the nearest 0.1 s

28
Q

describe hexagon test

A

18 jumps (3rev)
always face forward, clockwise direction, double leg hopping
start and end at center
best time of 3 trials recorded to the nearest 0.1 s

29
Q

describe pro agility test

A

20yd shuttle test
straddle centermost of 3 parallel lines using a 3 pt stance
auditory signal
hand or foot must make contact with all indicated lines
best time of 2 trials recorded to the nearest 0.01s

30
Q

describe 505 agility test

A

auditory signal to start sprinting to 10 m (first timing lights) next sprint 5m further to turning line w one foot over or on the line, turn and accelerate to finish line (5m)
best time of 2 trials recorded to the nearest 0.1s

31
Q

what is speed

A

displacement per unit of time
quantified as time taken to cover a fixed distance (less than 100m)

32
Q

describe the 40yd sprint (Straight-Line Sprint Tests)

A

starting position; 3 or 4 pt stance
auditory signal
best split times of 2 trials recorded to the nearest 0.1s
active recovery or rest btw trials at least 2min

33
Q

whats balance

A

ability to maintain static and dynamic equilibrium or the ability to maintain the body’s center of gravity over the base of support

34
Q

whats stability

A

measure of the ability to return to a desired position following a disturbance to the sys

35
Q

describe balance error scoring sys

A

hold stance 20s, eyes closed, hands on hips
firm surface: double leg stance/single leg stance NDF/tandem stance DF in front of NDF

Soft surface:double leg stance/single leg stance NDF/tandem stance DF in front of NDF

errors worth 1 point each: open eyes, lift hands from hip, touchdown of nonstance foot, step/hop or other mvt of stance foot, lifting forefoot or heel, move hip into more than 30° hip flexion or abduction, remain out of position for more than 5 sec

scores from each stance and surface conditiom are added up w max score of 10 errors per 20 s test: max 60 errors for six 20s tests

36
Q

describe star excursion balance test

A

stand at center of 8 120cm lines at 45° increments
maintain a single leg stance facing in 1 direction while reaching with the contralateral leg as far as possible for each taped line, touching the farthest pt possible and then returning to bilateral position

min 4 practice trials allowed before actual test

3 trials for each condition and averaged; distance from center of star to touch position is measured

15 sec rest allowed btw each of the reaches

trials discarded if athlete: doesnt touch line, lifts stance foot from center grid, looses balance, doesn’t maintain start and return position for 1 full sec

37
Q

what are the statistical measures

A

central tendency (mode, mean, median)
variability (range, standard deviation)
percentile rank
smallest worthwhile change
effect size
standard scores

38
Q

what are statistical evaluation of test data useful for

A

evaluating physical abilities and the improvement of a group and then individuals within the group

39
Q

what is magnitude statistics

A

allow practitioners to interpret the clinical significance of fitness testing

40
Q

what are smallest worthwhile change and effect size

A

magnitude statistics used to describe and evaluate the magnitude of change in a fitness test
smc: refers to the ability of a test to detect tje smallest practically important change in performance
es: useful for calculating group performance following a training program or comparing btw groups of athletes

41
Q

what are inferential statistics

A

The use of inferential statistics allows one to draw general conclusions about a population from information collected in a population sample

42
Q

what are magnitude statistics

A

can provide a more useful approach for practitioners because it allows for interpretation of the clinical significance of fitness testing

43
Q

what are descriptive statistics

A

summarizes or describes a large group of data. It is used when all the information about a population is known.

44
Q

what is central tendency

A

Measures of central tendency are values about which the data tend to cluster.

45
Q

whats a median

A

the middlemost score when a set of scores is arranged in order of magnitude. With an even number of scores, the median is the average of the two middlemost scores. Half a group of scores falls above the median and half falls below the median. Depending on the distribution of scores, the median can be a better measure of central tendency than the mean.

46
Q

whats a mean

A

the average of the scores (i.e., the sum of the scores divided by the number of scores). This is the most commonly used measure of central tendency

47
Q

whats a mode

A

the score that occurs with the greatest fre- quency. If each numerical score appears only once, there is no mode. If two or more scores are “tied” for greatest frequency, then all of the similar scores are modes. The mode is generally regarded as the least useful measure of central tendency.

48
Q

whats variability

A

The degree of dispersion of scores within a group is called variability. Two common measures of variability are the range and the standard deviation.
The range is the interval from the lowest to the highest score.

The standard deviation is a measure of the variability of a set of scores about the mean

49
Q

whats percentile rank

A

An individual’s percentile rank is the percentage of test takers scoring below that individ- ual. As in calculation of the median, percentile ranking requires arranging scores ordinally (lowest to highest)

50
Q

step 1 of developing an athletic profile

A

Select tests that will measure the specific parameters most closely related to the physical characteristics of the sport or sports in question. For example, a testing battery for wrestlers should include
tests for pulling strength, pushing strength, and
local muscular endurance.

51
Q

step 2 for developing an athletic profile

A

Choose valid and reliable tests to measure these parameters, and arrange the testing battery in an appropriate order with sufficient rest between tests to promote test reliability. For example, appropriate tests for wrestling might include push-ups and sit-ups for maximum repetitions in a given time interval. These two tests should be separated by at least 10 minutes of rest to allow recovery from fatigue and thus promote accurate scores.

52
Q

step 3 for developing an athletic profile

A
  1. Administer the test battery with as many athletes as possible.
53
Q

step 4 for developing an athletic profile

A
  1. Determine the smallest worthwhile change for the tests and compare to normative data where appropriate. It is recommended that coaches store testing results and develop their own norms when standardized procedures are used.
    - compare to normative data where appropriate
    - develop own norms when standardized procedures are used
54
Q

step 5 for developing an athletic profile

A
  1. Conduct repeat testing (e.g., pre- and posttraining program) and use the results to present a visual profile with figures.
55
Q

step 6 for developing an athletic profile

A
  1. Use the results of the testing in some meaningful way. Ideally the results will enable the strength and conditioning professional to identify the strengths and weaknesses of the athletes and to design the training program with these in mind