Adenosine Tri Phosphate (ATP)

Slides:



Advertisements
Similar presentations
Biological systems need energy! To do work Chemical activities Growth Movement Reproduction Repair ? Stored in CHEMICAL BONDS.
Advertisements

The Creatine Phosphate System. You have already learned that during strenuous activity muscle cells break down ATP, releasing ADP, phosphate and energy.
ATP versus ADP ATP is a high-energy molecule. Cells use ATP for functions such as building molecules and moving materials by active transport. ADP is a.
ATP – The Battery of Life Students will be able to describe the structure and properties of ATP and how it provides energy for the cell.
BIOLOGY CHAPTER 9. Copy these questions 1WHY IS ENERGY NEEDED BY EVERY ORGANISM? 2WHAT IS THE ULTIMATE SOURCE OF ENERGY FOR EVERY ORGANISM? 3WHAT IS THE.
ENERGY SYSTEMS YEAR 13 Physical Education. By the end of today you will Be able to:  Understand and explain how ATP is used to create energy  Explain.
GCaD CYMRU NGfL THE EFFECT OF EXERCISE ON THE BODY SYSTEMS.
Human Physiology in the Development of Performance D Anaerobic Energy systems.
ENERGY SYSTEMS LESSON 1 Energy, work, force, power Energy, work, force, power Types of Energy Types of Energy ATP ATP Reactions Reactions.
What is ATP and what does ATP stand for?
CELLULAR ENERGY All Cells Need Energy Cells need energy to do a variety of work: Making new molecules. Building membranes and organelles. Moving molecules.
4.1 Chemical Energy and ATP KEY CONCEPT All cells need chemical energy.
ATP: Adenosine Triphosphate The energy currency for cells.
Mav Mark How is energy made available to the cell to move large starch molecules across the membrane through the process of endocytosis? – A. Removing.
Photosynthesis Energy & Life. Objectives  Explain why almost all organism depend on photosynthesis  Describe the role of ATP in cellular activities.
BIOLOGY I. ATP = Adenosine Triphosphate Is used to store and release energy Is made when organisms break down food Has three parts 1. Adenine 2. Ribose.
KEY CONCEPT All cells need chemical energy.
(7) Cellular Respiration
ATP: Energy in a Molecule
Chapter 4.1 Energy and Life
KEY CONCEPT All cells need chemical energy.
CELLULAR ENERGY.
Chapter 9 Energy in a Cell
Aim: How is ATP the cell’s energy molecule?
ATP Energy for your cells!.
Introduction to Organic Chemistry
Unit Cellular Respiration
Energy & Life -Describe the role of ATP in cellular activities.
Aim: How is ATP the cell’s energy molecule?
KEY CONCEPT All cells need chemical energy.
KEY CONCEPT All cells need chemical energy.
(8) Energy systems in muscle cells
KEY CONCEPT All cells need chemical energy.
ATP and ADP.
KEY CONCEPT All cells need chemical energy.
Cellular Energy Glucose ADP ATP.
Unit 1: Bond Formation, Breaking & Energy
Role of ATP and NADH.
KEY CONCEPT All cells need chemical energy.
Respiration 2. What is ATP?
ATP.
Cellular energy! ATP.
Starter What defines energy in Biology?
KEY CONCEPT All cells need chemical energy.
KEY CONCEPT All cells need chemical energy.
KEY CONCEPT All cells need chemical energy.
KEY CONCEPT All cells need chemical energy.
KEY CONCEPT All cells need chemical energy.
- Carbon Compounds 2:3.
KEY CONCEPT All cells need chemical energy.
ENERGY AND ORGANISMS Organism Groups 1) Autotrophs
KEY CONCEPT All cells need chemical energy.
KEY CONCEPT All ____ need _________ ______.
KEY CONCEPT All cells need chemical energy.
KEY CONCEPT All cells need chemical energy.
Photosynthesis & Respiration
Starter What defines energy in Biology?
KEY CONCEPT All cells need chemical energy.
Biochemistry Organic compounds contain carbon ex: glucose C6H12O6
ATP.
KEY CONCEPT All cells need chemical energy.
Title: ATP
ATP.
KEY CONCEPT All cells need chemical energy.
KEY CONCEPT All cells need chemical energy.
KEY CONCEPT All cells need chemical energy.
KEY CONCEPT All cells need chemical energy.
KEY CONCEPT All cells need chemical energy.
KEY CONCEPT All cells need chemical energy.
KEY CONCEPT All cells need chemical energy.
Presentation transcript:

Adenosine Tri Phosphate (ATP)

ATP Molecular Structure Molecules 1 Adenosine and 3 Phosphate

Muscular Movement and ATP 1 phosphate molecule breaks off and from this splitting, the energy to move the muscle is released. The molecule left is Adenosine Di Phosphate (1 Adenosine and 2 Phosphates).

Muscular Movement and ATP Stored ATP in the muscle fibres only lasts for 1 or 2 contractions. Therefore ATP must be continually replenished because it can only last for a very short time. This is the role of the 3 energy systems

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.