Fitness testing
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给教育者： 面向 Fitness testing（Physical Education，Physical Training）的即用型课程幻灯片, 复习笔记——用在你的课堂上，或将该知识点作为学习者可实时游玩的互动课堂活动来运行。
课程笔记
Why test
- Testing can provide a baseline, selected strengths and weaknesses, targets and progress evidence. Choose a test relevant to the component, role and purpose, rather than assuming a single result measures complete fitness or sporting ability. A target should be appropriate, specific, measurable and time-bound.
- Test data can help review training alongside performance observations. Compare like with like and consider normal error, effort and practice effects before attributing a change to training. A score is evidence about a defined task, not a judgement of the whole person.
Tests by component
- Cooper tests use distance in a fixed time; multi-stage/bleep tests record the level/shuttle reached; Harvard step protocols use stepping and recovery heart-rate readings. They provide field indicators or estimates under defined conditions rather than direct measurement of oxygen uptake. Course-prescribed tests differ: follow the relevant version and table.
- Sprint tests time a stated distance; vertical jump records height; Illinois times a prescribed course; stork stand records a hold; wall toss counts catches; ruler drop records catch distance. Handgrip measures a specific force task, sit and reach a reach position, and muscular-endurance tests count valid repetitions under timing or cadence rules. Body-composition estimates have model error; BMI does not directly separate fat and muscle.
Know the recorded output
Evaluating tests
- Reliability concerns reasonably consistent repeated measurements under comparable conditions. Validity concerns whether the measurement supports the intended purpose or conclusion. Practicality concerns resources, time and organisation. A reliable test may still be unsuitable for a claimed whole-sport prediction.
- Normative data describe a reference population through averages or distributions. Match test version, population, units and scoring convention. A maximal test seeks near-maximum capacity; a submaximal test estimates from a task below that level and has its own assumptions. Neither is automatically suitable or risk-free for everyone.
Reliability and validity differ
Limitations
- Scores can change with effort, familiarity, fatigue, preparation, environment, timing and equipment. Standardisation reduces confounding variation, but cannot eliminate all error or make an irrelevant measure valid. A small change may fall within normal variation.
- A general test may not reproduce the sport’s movements, decisions or competitive conditions. This limits a complete performance prediction but need not invalidate a clearly stated component use. Maximal testing requires suitability, competent supervision and stopping criteria for all participants.
Sources of score variation
Using results
- Use a baseline and an appropriate measurable goal, then retest with comparable preparation, recovery, equipment and procedures. SMART wording varies by course; specify what will change, how it is measured, why the target is appropriate and when it will be reviewed.
- Fictional sprint time 6.00 to 5.70 seconds is a decrease of 0.30 seconds or 5% of the original time. Fictional jump height 40 to 44 cm is a 10% increase in height, not proof of an identical power increase or a causal training effect. State units and whether higher or lower indicates improvement.
Fictional retest arithmetic
Interpreting reference data
- A fictional same-protocol sprint reference mean is 5.80 seconds. A participant recording 5.70 seconds is 0.10 seconds faster than that mean. These teaching numbers are not official national norms and do not prescribe an expected score for a learner.
- A reference group may differ in age, experience or other relevant characteristics. Different start methods, course versions, timing equipment or conditions can make comparison misleading. A distribution or percentile can add context beyond the mean, but still depends on a suitable reference.
Use a matched reference
Strength, flexibility and test scope
- Handgrip records force in a specific grip task. Sit and reach assesses a particular flexibility task rather than every joint. A one-repetition maximum concerns the greatest load lifted once with correct technique and requires appropriate suitability and supervision; it is not a classroom challenge to attempt without guidance.
- Endurance tests use stated repetition, time and technique rules; a paced sit-up bleep test differs from a one-minute self-paced test. Vertical jump indicates explosive performance but height alone is not a direct watt measurement. Explain exactly what the chosen output can and cannot establish.
Specific tests, specific claims
Standardisation and participant care
- A suitable protocol specifies setup, instructions, valid attempts, scoring units, timing, recovery and stopping criteria. Use competent supervision and appropriate preparation. Familiarisation can help reduce learning effects, but participants should not be pressured to continue when unwell or technique fails.
- Explain the purpose, choose accessible appropriate procedures and handle personal results privately. Body-composition estimates require skill, suitable models and sensitivity; BMI is not a direct fat measurement and children need age-related interpretation. No personal body measurements or unsupervised maximum tests are required by this lesson.
Prepare a suitable comparison
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练习题
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1.Why do athletes do fitness tests?
Easy- Ato measure fitness and track progress
- Bto avoid training
- Cto tire themselves
- Dto remove goals
2.What is normative data?
Easy- Aa type of test
- Ba diet plan
- Ca training method
- Dreference-group results such as averages, ranges or percentiles
3.Which listed field test is used as an indicator of cardiovascular endurance?
Easy- Aruler drop
- Bgrip test
- CCooper 12-minute run
- Dsit and reach
4.Which test measures speed?
Easy- Awall toss
- B30 m sprint
- Cstork stand
- Dsit and reach
5.Which test uses jump height as an indicator of lower-body explosive performance?
Easy- Avertical jump
- Bsit and reach
- Cruler drop
- Dstork stand
6.Which test measures agility?
Easy- Asit and reach
- Bgrip test
- CCooper run
- DIllinois agility run
7.Which test measures balance?
Easy- Ableep test
- Bvertical jump
- Cstork stand
- Druler drop
8.Which field task uses a falling object’s catch distance as an indicator of response timing?
Easy- Agrip dynamometer
- Bruler drop
- CCooper run
- Dsit and reach
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