You need to understand the role of the aerobic energy system in energy production for exercise and sports performance Recovery time The time required for
btec sport rg
pathways for the production of energy in sport The intensity with lactic acid) system begins to contribute more energy to fuel the muscle Fuel for system for only very short periods at extremely high intensities—for example starting a race
Energy Training Module
As the lactic acid system is anaerobic, there is no oxygen present Examples of this are the longer sprints or the final In many sports the three energy systems
L Energy Systems
The three energy systems are; the ATP-PC or 'alactic' energy system, the anaerobic essential for daily life and sporting activities ATP ADP + Pi + energy AFL example: A sprint from one end of the ground to the other Fats ( Lipids): are
AFL teacher edition understanding enery systems V
Sports activities which use this energy system last for only a few seconds, such as Learning aim B: Know about the different energy systems used during sports performance high duration, for example long-distance running, a marathon or
The Sports Performer in Action
The three energy systems can be introduced through the observation of a range of sports, for example, the triple jump for the ATP-PC system; the 400 metres for
energy for exercise delivery guide
Examples of events that occur in the Lactic Acid system would be the 400 in track , swimming 300 meters or lifting 6-15 repetitions Oxygen system provides energy
Energy Systems with pictures
You have been introduced to the body's three energy systems in an earlier lactic acid systems under unusual circumstances * Sport- specific examples
physical preparation
Much slower energy production than that of the anaerobic systems 11 Specific sporting examples • Any athletic field event • Elite 100 m athletic sprint
LIU
Do not give a mark for a team sport example unless it is for pts. 1 or 8. Do not accept incorrect examples. Alactic/ATP/ PC system accept any.
Glucose is broken down into pyruvic acid using glycolytic enzymes. • Pyruvate is then converted into lactic acid. • This breakdown resynthesizes 2 ATP. Page 13
House system introduced (formed basis for sports teams) or inter-house games ATP can be resynthesised via Lactic Acid system/lactacid system/anaerobic ...
pathways for the production of energy in sport. The intensity and duration lactic acid) or ATP-CP system is fueled by stored ATP and another high energy.
observation of a range of sports for example
E2 – To be able to describe the ATP-PC (alactic) system in exercise and sports performance. E3 – To understand the lactate system in exercise and sports.
1 (a) Knowledge of the three energy systems underpins exercise and sport 3 aerobic system correctly sketched and labelled. ATP/PC. Lactic acid aerobic.
E2 The ATP-PC (alactic) system in exercise and sports performance Sporting. Examples. Lactate. System. Anaerobic. Glucose. Glycogen.
1 juin 2019 The ATP-PC system resynthesises ATP by breaking down phosphocreatine ... Give a sporting example for each type. [4 marks].
Many sports involve quick bursts of speed at high intensities. Anaerobic power is a measure of the ATP-CP system while anaerobic.
Mark scheme G453 Principles and concepts across different areas