pathways for the production of energy in sport. with lactic acid) system begins to contribute more energy to fuel the muscle. Fuel for.
Guidance. 5 (a) Using examples from a team sport describe how players resynthesise ATP during a game using the ATP/PC system and lactic acid system.
The Lactic Acid System. (Related words: anaerobic glycolysis; anaero- bic lactate system; glycolysis glycolytic system; lactacid system
1 (a) Knowledge of the three energy systems underpins exercise and sport 3 aerobic system correctly sketched and labelled. ATP/PC. Lactic acid aerobic.
E3 – To understand the lactate system in exercise and sports performance. E4 – To identify the components of the aerobic system in exercise. E5 + E6 – To
01-Jun-2019 acid with applied example (1) ... The ATP-PC system resynthesises ATP by breaking down ... Give a sporting example for each type. [4 marks].
This is then used for energy production and is known as glycogen. Page 11. The Lactate System/ Anaerobic glycolysis. • Higher intensity over a longer.
The CV system helps bring GLUCOSE and O2 Lactic acid causes cramp and is a bi product ... Example fats: Butter Cheese
both the anaerobic and aerobic energy systems. 2B.D2. Compare and contrast how the energy systems are used in sports with different demands.
E3 The lactate system in exercise and sports performance Sporting. Examples. ATP-PC. System. Anaerobic. Creatine. Phosphate. 10 seconds.
The short term or anaerobic lactic (without oxygen with lactic acid) system begins to contribute more energy to fuel the muscle Fuel for
Anaerobic glycolysis (lactic acid system) What sports use the ATP-PCr System? Examples Energy Required (cal/hr) High intensity short duration
The lactic acid system is an anaerobic ener- gy system in which the high-energy compound adenosintriphosphate (ATP) is manufactured
Anaerobic • Important in sports such as sprinting How does the ATP-PC system replenish ATP? Lactic acid is a by product of anaerobic glycolysis
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
Using two selected sports explain how the body uses both the anaerobic and aerobic energy systems 2B D2 Compare and contrast how the energy systems are used
Anaerobic glycolysis energy system Lactic acid system Lactacid system Interplay ATP-PC energy system Alactacid system Phosphocreatine system
3 Give an example of three activities or sports that use each of (a) the creatine phosphate system (b) the lactic acid system and (c) the aerobic system
Adaptability – circuits can be designed to suit any sport by varying the type of exercise used and work-rest ratios 4 Multiple purpose – circuits can be
16 mar 2016 · PDF This article critically discusses whether accumulation of lactic acid or in reality lactate and/or hydrogen (H+) ions