Comparing the three energy systems 1) ATP-PC within the body's muscle mass there are between 570-690 millimoles of ATP and PC. Which provide 15 – 20 kilojoules.

Slides:

Advertisements

Similar presentations

Energy systems Energy for muscular contraction during exercise comes from the splitting of a high energy compound (ATP). 3 systems – adenosine triphospate.

Advertisements

The re-synthesis of ATP to provide energy.

Energy Systems ©Subject Support

Anaerobic Respiration

Phosphocreatine energy System recap exercise.

Anaerobic Glycolysis Energy System. Alternative Name: Lactic acid, Lactacid Type of ActivitiesSustained sprints/power Event Examples:200m, 400m, Sprint.

We need a constant supply of energy, even at rest. During exercise more energy will be required. The energy needed will vary with the demands of the activity.

Christian Alliance S C Chan Memorial College Physical Education Department F.3 Theory – Energy Systems.

In order to participate in activity we are required to move. How does this movement occur? This movement is the result of muscle contractions. For these.

KEY KNOWLEDGEKEY SKILLS  The three energy systems (ATP-PC, anaerobic glycolysis, aerobic systems) including how they work together to produce ATP – both.

ENERGY SYSTEMS LESSON 3 Lactic Acid Energy System Lactic Acid Energy System.

Respiration and exercise

Aerobic and Anaerobic Energy Systems

Achievement Standard 2.3 Energy systems. ENERGY SYSTEMS Energy for muscular activity and other biological work comes from the breakdown of adenosine triphosphate.

Aerobic and Anaerobic Pathways- An Introduction to Energy Systems

Energy systems Learning outcomes: All are able to demonstrate understanding of the energy sources required for ATP resynthesis All are able to describe.

Aerobic and Anaerobic Respiration Intermediate 2 Biology Unit 1: Living Cells.

Energy systems. And how they work. PHYSIOLOGICAL REQUIREMENTS OF PHYSICAL ACTIVITY Foods Fuel and Energy Systems.

Energy systems Learning outcomes: All are able to demonstrate understanding of the relationship between OBLA and VO 2 max Most are able to explain the.

Lactic Acid Pathway All Creatine Phosphate has been depleted. ATP now is re synthesised by Glycogen Carbohydrate is eaten in the form of sugar or starch.

Anaerobic Glycolysis Or Lactacid system

ATP ENERGY PRODUCTION.

Energy Systems What are energy systems for? What is ATP? ATP is stored in the………….

(1) ATP ATP is the only form of usable energy in the body.

Unit 1 P7 Know the different types of energy systems.

KEY KNOWLEDGEKEY SKILLS  The characteristics of the two anaerobic (without oxygen) and aerobic (with oxygen) energy pathways.  The energy pathways used.

Energy Systems. Introduction Your body needs energy for basic body functions an activity during your whole life. The interaction between muscles and bones.

KEY KNOWLEDGEKEY SKILLS  The characteristics of the two anaerobic (without oxygen) and aerobic (with oxygen) energy pathways.  The energy pathways used.

Physiology of Fitness Energy systems and their role in sport and exercise.

Energy Systems for Exercise Energy Sources From Food: – CHO = 4 kcal – Fat = 9 kcal – Protein = 4 kcal For Exercise: ATP  ADP + P + energy (for muscle.

Energy Systems. Muscles require energy to work The energy required by muscles comes from a chemical compound called adenosine triophosphate (ATP) ATP.

Energy systems Learning outcomes:

Energy Systems and Muscle Fibre Types. Three Key Energy Nutrients The food that we eat is broken down into three nutrients during digestion: Protein Fats.

CELLULAR RESPIRATION. Process used by ALL organisms perform to make energy for the cell MITOCHONDRIA perform cellular respiration Energy that the cells.

 In high intensity exercise longer than 2 seconds ATP is resynthesized using PC (stored in muscles) CP High energy bond PC stores are limited so ATP.

ENERGY SYSTEMS LESSON 2 ATP-PC Energy System ATP-PC Energy System.

INTRO TO ENERGY SYSTEMS. 4 MAJOR STEPS TO PRODUCE ENERGY STEP 1 – Breakdown a fuel STEP 2 – Produce ATP via energy systems STEP 3 - Breakdown ATP to release.

WHAT IS ATP ? Carbohydrates, Fats and Protein – contain energy, however we can’t use it directly. These nutrients are used to form a chemical compound.

Anaerobic Energy systems. Picture for Ben and Matt Aren’t I kind…

Energy Systems. Fuel for Muscle Contraction Carbohydrates, fats and protein are broken down to form an energy rich molecule called Adenosine Triphosphate.

Energy Systems Storage of Food Fuels in the Body.

KEY KNOWLEDGEKEY SKILLS  The characteristics of the two anaerobic (without oxygen) and aerobic (with oxygen) energy pathways.  The energy pathways used.

Section A: Exercise and Sport Physiology 4. Energy continuum.

Human Physiology in the Development of Performance D Anaerobic Energy systems.

ENERGY SYSTEMS.

 I will be able to explain how my body converts food into a usable form of energy for my cells.

A summary of the energy systems and how they relate to sport and training – Year 10 HPE © Cengage Learning Australia 2011.

Energy Systems All movement requires energy. The methods by which the body generates energy are determined by the intensity and duration of the activity.

Chapter 5 Aerobic and anaerobic pathways- an introduction to energy systems VCE Physical Education - Unit 3.

Lactic Acid System. After 10 seconds, the body’s stores of PC are depleted and ATP must be re-synthesized using a different source: The Lactic Acid System.

3.7 Cell Respiration (Core). What you need to know: Define cell respiration State that, in cell respiration, glucose in the cytoplasm is.

 I will be able to explain how my body converts food into a usable form of energy for my cells and thus allows for movement.

Section A: Exercise and Sport Physiology 3. ATP resynthesis.

ENERGY SYSTEMS What is ATP? ATP is a chemical compound responsible for producing energy for work. ATP = adenosine triphosphate ATPADP P ENERGY.

Chapter 5 Foods, fuels and energy systems VCE Physical Education - Unit 3 Text Sources 1.Nelson Physical Education VCE Units 3&4: 5 th Edition – Malpeli,

Energy systems. Research task ●In groups of 3 you are to each research the 3 different energy systems ○Group member 1 is to research Anaerobic glycolysis.

(1) ATP ATP is the only form of usable energy in the body.

Exercise and the Body.

Exercise and the Body.

Short & Long Term Effects of Exercise on the Energy Systems

What do athletes eat and why?

ENERGY SYSTEMS Week 10.

Aerobic System.

Factors Affecting Performance

EXERCISE: The Effect On The Body

Hover over a hexagon for more information

Knowledge Organiser – Bioenergetics

Energy Systems and Muscle Fibre Types

Welcome to Who Wants to be a Millionaire

Presentation transcript:

Comparing the three energy systems 1) ATP-PC within the body's muscle mass there are between millimoles of ATP and PC. Which provide 15 – 20 kilojoules of useful ATP energy

Lactic acid system Can potentially resynthesise 3 moles (3000 millimoles ) of ATP from 1 mole of glycogen. If all 180 grams of glycogen were broken down, 180 grams of lactic acid would be formed. Since the muscles and blood can tolerate only 60-70grams of lactic acid before fatigue sets in. This system produces about twice as much energy as the ATP-PC system

Aerobic system Following hundred of complex chemical reactions, yield a total of 38 moles of ATP from the breakdown of 1 mole of glycogen. A further 80 – 100 grams of glycogne is stored in the liver. Provided exercise intensity is submaximal approx 13 times the amount of energy can be released aerobically as is possible anaerobically.

Page 135 Table

Interplay Watch you tube clip on interplay. Draw up interplay of energy systems diagram, discuss what you see. Thinking thing through page 138 Q1-6 Page 143 review questions (finish for homework)