Principles of Training
Applying Training Principles
Warm-up, Cool-down & Training Effects
Cardiovascular & Respiratory Adaptations
Muscular Adaptations & Performance
100

What principle involves gradually increasing training demands?

Progressive overload

100

How can progressive overload be applied to aerobic training?

Increasing duration, intensity or frequency

100

What cardiovascular response occurs during an effective warm-up?

Increased heart rate

100

What is the number of heartbeats per minute while the body is at rest?

Resting heart rate

100

What is the increase in the size of muscle fibres?

Muscle hypertrophy

200

What refers to the minimum intensity required to stimulate physiological adaptation?

Training threshold

200

How can progressive overload be applied to strength training?

Increasing resistance, repetitions or sets

200

What change helps prepare the muscles for exercise during a warm-up?

Increased muscle temperature

200

What is the amount of blood ejected from the left ventricle during each heartbeat?

Stroke volume

200

What performance benefit results from muscle hypertrophy?

Greater force production

300

What principle explains the loss of adaptations when training is stopped or significantly reduced?

Reversibility

300

What heart rate range do endurance athletes often train within to stimulate aerobic adaptations?

70–85% maximum heart rate

300

What is the main purpose of a cool-down?

Gradually reducing exercise intensity to avoid injury

300

What is the volume of blood pumped by the heart each minute?

Cardiac output

300

Which muscle fibre type is highly resistant to fatigue and suited to endurance activities?

Slow twitch (Type I)

400

What principle states that adaptations are specific to the type of training performed?

Specificity

400

What should strength training target to ensure gains transfer to sporting performance?

Sport-specific movements and muscle groups

400

What activities can athletes use during a cool-down to assist recovery?

Light movement and stretching

400

What is the maximum amount of oxygen the body can utilise during exercise?

VO₂ max

400

Which muscle fibre type produces large amounts of force and power but fatigues more rapidly?

Fast twitch (Type II)

500

What principle involves changing activities, environments or methods while maintaining the same performance goals?

Variety

500

What are two benefits of including variety in an athlete's training program?

Reducing boredom and risk of overuse injuries

500

What is required to prevent fitness adaptations from being lost?

Maintaining regular training

500

What protein in red blood cells transports oxygen from the lungs to working tissues?

Haemoglobin

500

Which type of athlete relies heavily on fast twitch fibres to generate explosive speed and power?

Sprinters