Pdhpe hsc core 2 Study guides, Class notes & Summaries

Energy systems Alactice acid system (ATP/PC) Lactic acid system Aerobic system Types of training and training methods Aerobic (continuous, Fartlek, aerobic interval, circuit) Anaerobic (anaerobic interval) Flexibility (static, ballistic, PNF, dynamic) Strength/resistance training (free/fixed weights, elastic, hydraulic) Principles of training Progressive overload Specificity Reversibility Variety Training thresholds Warm up and cool down Phys...

PDHPE HSC Core 2 Syllabus exam questions and answers 2024

PDHPE HSC Core 2 Syllabus exam questions and answers 2024

PDHPE HSC Core 2 Syllabus exam questions and answers 2024.

PDHPE HSC CORE 2- Energy Systems. Questions and answers, rated A+

Skill acquisition The ability to learn and consistently perform movements with control and precision Cognitive Definition Mental processing of information, thinking and understanding (planning/ learning stage) Cognitive Characteristics - Frequent, large errors: the learner knows that something is wrong but is unsure how to correct it - An increase in 'self talk' is evident - Characterised by mental processing and the athlete thinking about the skill, their body position, whi...

HSC PDHPE Core 2 ( Updated 2024 ) Complete Questions & Answers (Solved) 100% Correct 1. duration of ATP/PC system Answer: 10-12 seconds 2. Maximum amount of weight a group of muscles can lift at one time Answer: 1RM 3. Example of sport in which lactic energy system is dominant Answer: 400m event 4. A term for the total amount of weight you can lift or resistance you canovercome regardless of your body weight Answer: absolute strength 5. When the body gets used to a level of exercise...

PDHPE HSC CORE 2 EXAM Study Guide with complete solution

what are the 3 energy systems? ATP/PC lactic acid aerobic ATP/PC system (source of fuel, efficiency, duration, cause of fatigue, by products, recovery rate, example) creatine phosphate 1:1 10-15 seconds inability to resynthesise heat 2 mins 100m sprint Lactic acid system (source of fuel, efficiency, duration, cause of fatigue, by products, recovery rate, example) carbohydrates and glycogen 1:2 30secs- 4mins (intensity dependant) lactic acid build up 30mins - 2 hrs 4...

Energy systems Alactice acid system (ATP/PC) Lactic acid system Aerobic system Types of training and training methods Aerobic (continuous, Fartlek, aerobic interval, circuit) Anaerobic (anaerobic interval) Flexibility (static, ballistic, PNF, dynamic) Strength/resistance training (free/fixed weights, elastic, hydraulic) Principles of training Progressive overload Specificity Reversibility Variety Training thresholds Warm up and cool down Phys...