Anaerobic Power
Muscular Fitness
Cardiorespiratory Fitness
Physical Activity Assessment
Exercise Program Design
100

High-energy phosphate compound; source of energy

ATP

100

ROM stands for this

range of motion

100

Type of relationship between cardiorespiratory fitness and all-cause mortality

inverse

100

Example of an objective physical activity assessment method

pedometers

accelerometers

heart rate monitoring

doubly labelled water

direct observation

100

2 benefits to exercise training

•Improved cardiorespiratory fitness

•Reduced cardiovascular disease risk factors

•Decreased morbidity and mortality

•Improved bone health

•Increased metabolic rate

•Weight loss

•Improved cognitive function

•Reduced depression and anxiety

200

A metabolic pathway (energy system) that is part of ANAEROBIC metabolism

ATP-PC, or

Phosphagen, or

Glycolysis

200

Truest measurement of a person’s muscular strength, even though it is often not appropriate to perform

1 rep max

200

Most accurate assessment test for cardiorespiratory fitness

measured VO2max test

200

A MET theoretically refers to (i.e., stands for) this

metabolic equivalent, or

multiple of your resting metabolic rate

200

4 components of physical fitness included in optimal program design

cardiorespiratory fitness

muscular fitness (endurance, strength)

flexibility

body composition

300

A measure/calculation that allows us to compare power between different people of different body types

relative power

300

Two specific tests that assess muscular endurance

push ups

curl ups

300

Two variables that must be measured/recorded (to be used with the nomogram) during the Astrand-Rhyming submaximal cycling test

heart rate

workload

300

Two “cons” of self-report physical activity assessment methods

social desirability bias

memory recall bias

300

One example of a skill-related component of physical fitness

power, or

agility, or

balance

(others)

400

Two specific tests that assess anaerobic power

Vertical jump

Wingate

400

Frequency (days/week) recommendations for flexibility training (ACSM)

2-3 (or more)

400

Relative VO2max of someone with absolute VO2max of 4 L/min, who weighs 100 kg

40 ml/kg/min

400

Name of the document that gives MET values for many types of activities

Compendium of Physical Activities

400

One factor that will influence the progression of an individual’s exercise training

Current fitness

Goals

Genetics…

Preferences

Resources

How well/quickly they're adapting to current load

500

The fatigue index for an individual who started a test cycling at a maximal power of 400 W and finished at a low point of 100 W

75%

500

Type of flexibility training that involves repeated cycles of contraction followed by passive (assisted) stretching

proprioceptive neuromuscular facilitation (PNF)

500

One assumption associated with using submaximal tests to estimate VO2max

1.A steady-state heart rate is obtained at each work rate

2.A linear relationship exists between heart rate and work rate

3.The maximal heart rate for a given age is constant

4.Mechanical efficiency for everyone is the same (i.e., the energy requirement to do a certain workload is the same for everyone)

500

MET equivalent/cut-off for an activity being considered vigorous activity (i.e., ≥ XX)

≥ 6 METS

500

FITT recommendations for cardiorespiratory fitness training

•Frequency: 3-5 days per week

•Intensity: Moderate to vigorous 

•Time: Depends on intensity (moderate exercise: 30 min a day on 5 days; vigorous exercise: 20-25 min a day on 3 days)

•Type: Aerobic activities 

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