Anaerobic Training Adaptations
Aerobic Training Adaptations
Test Selection
Administration, Scoring, and Interpretation of Tests
Mystery Topic
100

High-intensity, intermittent bouts of exercise such as weight training, plyometric drills, and speed/agility/interval training.

Anaerobic training

100

The quantity of blood ejected with each beat

Stroke Volume

100

Assessment by experts that a test covers all relevant subjects

Content Validity 

100

Test used to measure maximum muscular strength for lower body

1 RM back squat

100

Maximal rate of energy production by the combined phosphagen and lactic acid energy systems for moderate-duration activities 

Anaerobic Capacity 

200

Increase in the number of muscle fibers via longitudinal fiber splitting

Hyperplasia

200

Artificially increasing red blood cell mass

Blood doping

200

Extent to which a test score is associated with those of other accepted tests

Concurrent Validity 

200

Three tests that measure aerobic capacity

1.5 mile run, 12 minute run, Step test

200

Muscular enlargement from an increase in the cross-sectional area of the existing fibers

Muscle hypertrophy 

300

Two possible changes to the neuromuscular junction that can occur with anaerobic training

Increased area, more dispersed, irregularly-shaped synapses, or greater total length of nerve terminal branching

300

Aerobic endurance training results in (raised, lowered) blood lactate concentrations

Lowered

300

A measure of the degree of consistency or repeatability of a test

Reliability 

300

The T test is a measure of this

Agility

300

The lack of consistent scores by a given tester

Intrarater Variability 

400

The minimal essential strain is approximately this fraction of the force required to fracture bone

1/10

400

During aerobic exercise, blood flow to the what is significantly increased

The active muscles 

400

How similar a test is to an important movement in a specific sport

Biomechanical movement pattern specificity 

400

The ability to maintain static and dynamic equilibrium 

Balance

400

The degree of tissue adaptation is proportional to this principle of exercise

Intensity 

500

Four principles of training to increase bone strength

Magnitude of the load, Speed of loading, Direction of the forces, Volume of the load 

500

Three possible markers of aerobic overtraining

Decreased performance, decreased body fat %, decreased VO2max, altered blood pressure, muscle soreness, altered resting HR, etc...

500

This type of test should come last in the sequence of tests

Aerobic capacity tests

500

The initial speed of a maximum aerobic speed test is set between these two values (in km/hr).

8 and 12 km/hr

500

With aerobic exercise, this capability of oxygen and carbon dioxide increases significantly, which facilitates their exchange. 

Diffusing capability