Presentation is loading. Please wait.

Presentation is loading. Please wait.

ATP is a molecule which is like a battery, floating in the cell to deliver useable energy. Adenosine triphosphate (ATP) © Sport Knowledge Australia.

Published byMatthew Stokes Modified over 9 years ago

Similar presentations

Presentation on theme: "ATP is a molecule which is like a battery, floating in the cell to deliver useable energy. Adenosine triphosphate (ATP) © Sport Knowledge Australia."— Presentation transcript:

1 ATP is a molecule which is like a battery, floating in the cell to deliver useable energy. Adenosine triphosphate (ATP) © Sport Knowledge Australia

2 Oxygen Sugars Fats Proteins Aerobic metabolism Mechanical energy Heat energy + © Sport Knowledge Australia

3 Adenosine triphosphate (ATP) = high-energy phosphate bonds O P HO H adenosine HO O P HO H O P HO H © Sport Knowledge Australia

4 O P HO H adenosine HO = high-energy phosphate bonds Release of energy energy O P HO H O P HO H ATP ADP + P + energy © Sport Knowledge Australia

5 The three energy systems ENERGY SYSTEMS Aerobic Lactic Acid (glycolytic) ATP-PC (Phosphagen) Anaerobic © Sport Knowledge Australia

6 CP C+ P+ P++ADPATP P+ +ADP Mechanical work ATP Energy release via the ATP-PC system energy 1 2 © Sport Knowledge Australia

7 Lactic acid Carbohydrates Glucose without O 2 with O 2 Aerobic system Energy release via the Lactic Acid system ATP © Sport Knowledge Australia

8 Lactic acid CarbohydratesProteinsFats GlucoseAmino acidsFatty acids without O 2 with O 2 Aerobic system Mitochondrion CO 2 H2OH2O Aerobic production of ATP ATP O2O2 © Sport Knowledge Australia

9 The power curve of human performance © Sport Knowledge Australia

Download ppt "ATP is a molecule which is like a battery, floating in the cell to deliver useable energy. Adenosine triphosphate (ATP) © Sport Knowledge Australia."

Similar presentations

Learning Tool 1 This tool involves simulated bicycle rides by a hypothetical rider. It allows you to: set a variety of work rates, known as power output.

Learning Tool 1 This tool involves simulated bicycle rides by a hypothetical rider. It allows you to: set a variety of work rates, known as power output.
Objectives: I CAN… □Explain how cells obtain energy from cellular respiration.

Objectives: I CAN… □Explain how cells obtain energy from cellular respiration.
Regents Biology 2009-2010 Cellular Respiration Harvesting Chemical Energy ATP.

Regents Biology Cellular Respiration Harvesting Chemical Energy ATP.
Lecture: ATP and Intro to Photosynthesis and Cellular Respiration.

Lecture: ATP and Intro to Photosynthesis and Cellular Respiration.
Energy of Life and Photosynthesis Overview

Energy of Life and Photosynthesis Overview
Cellular Respiration.

Cellular Respiration.
Regents Biology 2009-2010 Cellular Respiration ENERGY ATP 123.

Regents Biology Cellular Respiration ENERGY ATP 123.
Energy in a Cell All Cells Need Energy  Cells need energy to: –Make new molecules. –Build membranes and organelles. –Move molecules in and out of the.

Energy in a Cell All Cells Need Energy  Cells need energy to: –Make new molecules. –Build membranes and organelles. –Move molecules in and out of the.
 What is respiration?  3 Sentences. Mr. Dunnum.

 What is respiration?  3 Sentences. Mr. Dunnum.
Energy Systems and Muscle Fibre Types. In groups of 2 answer the following… Why do we eat? Why do we eat? Answer- Nutrients and Energy needed for daily.

Energy Systems and Muscle Fibre Types. In groups of 2 answer the following… Why do we eat? Why do we eat? Answer- Nutrients and Energy needed for daily.
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.

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.
 Cellular Respiration Aerobic Processes  Requires oxygen Anaerobic Processes  Do not require oxygen  Ex: Fermentation.

 Cellular Respiration Aerobic Processes  Requires oxygen Anaerobic Processes  Do not require oxygen  Ex: Fermentation.
11/19/14 Objective: How do organisms obtain energy and what are the different kinds of energy? Do Now: What is the difference between an autotroph and.

11/19/14 Objective: How do organisms obtain energy and what are the different kinds of energy? Do Now: What is the difference between an autotroph and.
Respiration- Chemical Reaction that makes energy ATP

Respiration- Chemical Reaction that makes energy ATP
Adenosine ATP = Adenosine Triphosphate What is it? –E–Energy molecule How store energy? –E–Energy stored in chemical bonds –E–Energy is released when.

Adenosine ATP = Adenosine Triphosphate What is it? –E–Energy molecule How store energy? –E–Energy stored in chemical bonds –E–Energy is released when.
2.2.10.H Respiration Follow-Me – iQuiz. Q. Explain the role of ADP in relation to the small amount of energy released during the first stage of respiration.

H Respiration Follow-Me – iQuiz. Q. Explain the role of ADP in relation to the small amount of energy released during the first stage of respiration.
Cellular Respiration. Energy and Life 8-1 Page 201.

Cellular Respiration. Energy and Life 8-1 Page 201.
Regents Biology 2009-2010 Cellular Respiration Harvesting Chemical Energy ATP.

Regents Biology Cellular Respiration Harvesting Chemical Energy ATP.
Biology Honors Mrs. Cannavino. Write the formula for cellular respiration Label the reactants (inputs) Label the products (outputs) Circle the purpose.

Biology Honors Mrs. Cannavino. Write the formula for cellular respiration Label the reactants (inputs) Label the products (outputs) Circle the purpose.
3.7 Cell Respiration (Core). What you need to know: 3.7.1 Define cell respiration. 3.7.2 State that, in cell respiration, glucose in the cytoplasm is.

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

Similar presentations

Ads by Google