In the 5000m race the runner must use all 3 energy systems ‚ which are ATP‚ aerobic and lactic acid systems to succeed as the race has different areas needed for their use‚ all 3 energy systems contribute regardless of the intensity or duration of the exercise. When the athlete comes to the starting line he/she most probably will want to make a dashing start to the race to tactically get a good starting position‚ so must get off the line‚ in the first 40-50m‚ as hard as he or she can. By getting
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success‚ in touch football. Figueroa’s framework is a framework that the sociology of sport is based on. There are five levels in which this framework is based on. Those levels include: • cultural level‚ • structural level‚ • institutional level‚ • interpersonal level • Individual level. Touch football is a game that is widely played throughout Australia on a social and completive level. There are a number of factors that influence the participation in touch football‚ and many of
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Discuss and compare the relevance to the three energy systems for the sport of your choice‚ explain the details of each system? The body has only one unsuitable form of energy‚ this is known as ATP. ATP releases energy when broken down and is essential to the flow of energy to living cells. It can be re synthesized through a possible three energy systems; ATP-PC system‚ the glycolytic Lactic Acid system and the aerobic system. My chosen sport is trampolining the main performance in trampolining
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Energy Systems Assignment By Thysje Fartlek Training Before we started the fartlek training‚ our bodies were using the aerobic system and bi-products of this system are carbon dioxide (CO2) and water (H2O). Our heart rate (HR) was low‚ 60-70 beats a minute‚ and our breathing rate (BR) was slow and deep‚ 1 breathe about every 6 seconds. The demand for fuel was low because we didn’t need to supply the muscles in our body quickly. Once we started walking‚ the demand for fuel increased but only
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This article is about the planet. For other uses‚ see Earth (disambiguation). Earth | "The Blue Marble" photograph of Earth‚ taken from Apollo 17 | Designations | Alternative names | Tellus or Terra‚[note 1] Gaia | Orbital characteristics | Epoch J2000.0[note 2] | Aphelion | 152‚098‚232 km 1.01671388 AU[note 3] | Perihelion | 147‚098‚290 km 0.98329134 AU[note 3] | Semi-major axis | 149‚598‚261 km 1.00000261 AU[1] | Eccentricity | 0.01671123[1] | Orbital period | 365.256363004 days[2]
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to have an ever-increasing need for more energy. Both households and industries require large amounts of power. At the same time our means of production face new problems. International treaties aim to limit the levels of pollution‚ global warming prompts action to reduce the output of carbon dioxide and several countries have decided to decommission old nuclear power plants and not build new ones. Such development brings about the need to replace old energy production methods with new ones. While
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the three energy systems that are responsible for the production of ATP. Adenosine triphosphate (ATP) is the immediately usable form of chemical energy use for muscular activity. It is stored in most cells‚ especially muscle cells. Other forms of chemical energy‚ such as that available from foods we eat must be transforming into ATP before they can be utilized by muscle cells . Human body cells generated ATP by three methods which are: I. ATP-PC system II. Glycolytic system III. Oxidative
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Outcome 6 Energy SystemsExplain when he would require the different systems and explain why. Middle distance runners can handle an unbelievable range of metabolic stress. The three energy systems that an athlete would use during a 1500 metre race are; 1: ATP-PC System (anaerobic); 2: Lactic Acid System (anaerobic glycolysis); 3: Aerobic System (oxidative system). The ATP-PC System (anaerobic) is used during short bursts of activity during the race. This could be at the start of the race and more
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pinkybanalaAdvanced power system analysis 1.guass seidel method (10m) 2.An equivalent admittance network 3.network incidence matrix and Y bus 4.Node elimination 5.modification of existing Z bus 6.calculation of z bus elements from y bus 7.mutually coupled branches in z bus 8.N-R method (all answers in theory) Advanced power system protection 1. explain what are the amplitude and phase comparators with neat diagram?(10marks) 2. explain what are the advantages of static relay over
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Physical Education – Year 12 Touch exam. Notes and Prepared Bibliography. Students may bring this sheet into the exam once approved by the teacher. It is to contain the following. • Notes to help construct answer – No more than 100 words‚ • Suitable quotes‚ no more than 5‚ must be 2 lines or less. • A prepared Bibliography • All must be typed in 12 point Arial font. APPROVED BY TEACHER Y / N Signed: The structural level of the framework examines inequities
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