Jeopardy! Cell Transport and Enzymes Jeopardy! Cell Transport and Enzymes.

Slides:



Advertisements
Similar presentations
ENERGY, THERMODYNAMICS and ENZYMES
Advertisements

METABOLISM.
Chapter 5 – The Working Cell
Introduction to Metabolism Chapter 6. Metabolism - sum of organism’s chemical processes. Enzymes start processes. Catabolic pathways release energy (breaks.
The green objects represent ________? Dashed line? Passive or Active transport? Molecules in aqueous solution = solute Cell (or plasma) membrane Passive.
The Plasma Membrane.
Metabolism I. The nature of energy A. 2 kinds of E B. First law of thermodynamics C. Second law of thermodynamics II. The nature of metabolism A. Energy.
Chapter 5 The working cell.
Chapter 6 Metabolism: Energy and Enzymes. Metabolism The totality of an organism's chemical reactions, consisting of catabolic and anabolic pathways Catabolic.
Chapter 5 (first half only)
 The totality of an organism’s chemical reactions  ook/images/590metabolism.gif
UNIT 2 Chapter 6: A Tour of the Cell Chapter 7: Membrane Structure & Function Chapter 8: An Introduction to Metabolism.
Energy The coupling of anabolic and catabolic pathways catalyzed by enzymes, otherwise known as “Metabolism”
THE WORKING CELL.
Energy and Metabolism Chapter 6. 2 Flow of Energy Energy: the capacity to do work -kinetic energy: the energy of motion -potential energy: stored energy.
Energy, Metabolism, and Enzymes Ch 6 Baboon Ch Bat - Energy: the ability to do work - Two major types of energy 1. Kinetic - energy of motion -
The Working Cell. How Cells Get Energy Life Depends on Energy What is energy? 1 st Law of Thermodynamics Two types of energy? 2 nd Law of Thermodynamics.
Chapter 5 The Working Cell What do Fireflies have to do with energy? The light flashes they create require energy What is the main reason for producing.
Chapter 8 Metabolism: Energy and Enzymes Energy is the capacity to do work; cells must continually use energy to do biological work. Kinetic Energy is.
AP Biology Review Chapters 7 & 8. Q What part of the cell membrane enables the membrane to remain liquidy?
AP Biology Chapter 8 Introduction to Metabolism. Metabolism The chemistry of life is organized into metabolic pathways. The chemistry of life is organized.
Chapter 8: An Introduction to Metabolism
Energy Energy (E)– the ability to perform work Potential E (E P )- stored energy Kinetic E (E K )– energy of motion Heat – kinetic energy of molecules.
More about Cells Prokaryotes and Eukaryotes Organelles of Eukaryotes How do “things” get in and out of cells? – Bouncer – The gatekeeper.
Cellular Functioning Chapter 5. CELLULAR MEMBRANES.
CHAPTER 5 The Working Cell Overview: Energy Def Laws Chemical Reactions ATP Enzymes Def Activity Membrane Structure Function Transport (passive, active,
Metabolism. Defining Energy  Potential energy is the capacity to do work.  Kinetic energy is the energy of motion.  ATP is the cell’s energy source.
Energy, ATP, and Enzymes.
Chapter 8 An Introduction to Metabolism. Metabolism Metabolism is the sum of all chemical reactions in your body. If a reactions breaks things down, it.
An Introduction to Metabolism. Metabolism is the totality of an organism’s chemical reactions ◦ Manage the materials and energy resources of a cell.
ATP and Energy. Forms of Energy To understand the cell completely we have to define how it gets energy and how it uses that energy Energy is the capacity.
Ch. 8 An Introduction to Metabolism. A organism’s metabolism is subject to thermodynamic laws The totality of an organism’s chemical reactions is called.
An Introduction to Metabolism Chapter 8. n n Objectives F F Explain how the nature of energy transformations is guided by the two laws of thermodynamics.
AP BIOLOGY Chapter 8 Metabolism. The _____ Law of Thermodynamics states that energy can be transformed and transferred by NEVER created or destroyed Anabolic.
METABOLISM ENERGY AND LIFE. METABOLISM The totality of an organisms chemical processes. CATABOLIC PATHWAYS Degradative Processes ANABOLIC PATHWAYS Building.
Metabolism, Energy and Enzymes Living things require energy Almost all energy in living things comes originally from the sun Living things store energy.
Metabolism: Energy and Enzymes Chapter 6. Energy = the ability to do work Kinetic Energy (energy of motion) Potential Energy (stored energy) First Law.
Lecture #2Date ______ Chapter 8~ An Introduction to Metabolism.
METABOLISM: ENERGY AND ENZYMES. Metabolism: Energy and enzymes  Types of Energy  Solar: ultimate source for living organisms  Kinetic: energy of motion.
INTRODUCTION TO METABOLISM. Chapter 8 Metabolism, Energy, and Life.
ENERGY AND THE CELL Cells transform energy as they perform work Cells are small units, a chemical factory, housing thousands of chemical.
5.12 Chemical reactions either release or store energy  An endergonic reaction requires an input of energy and yields products rich in potential energy.
Chapter 5: The Working Cell **This Power Point Presentation can be found on my eBoard**
2 Sylvia S. Mader Sylvia S. Mader Concepts of Biology © Zanichelli editore, 2012 Immagini e concetti della biologia.
Instructions for using this template. Remember this is Jeopardy, so where I have written “Answer” this is the prompt the students will see, and where.
Jeopardy Final Jeopardy Osmosis/ Diffusion Organelle Cells Cell
An Introduction to Metabolism
Biopardy Final Jeopardy Laws of ATP Metabolic Reactions Enzymes $100
AIM: What is the difference between active and passive transport?
METABOLISM.
Immagini e concetti della biologia Sylvia S. Mader
Metabolism Energy of Life.
AP BIOLOGY Chapter 8 Metabolism
Chapter 8 Warm-Up Define the term “metabolism”.
Chapter 5 The Working Cell.
Immagini e concetti della biologia Sylvia S. Mader
Chapter 8 Warm-Up Define the term “metabolism”.
Ch. 6: An Introduction to Metabolism
Potential and Kinetic Energy: Cheetah at Rest and Running
Chapter 8 Warm-Up Define metabolism. List 3 forms of energy.
Cell Membranes Osmosis and Diffusion
Summary of chemical reactions in a cell
Ch. 8 Warm-Up What are the 1st and 2nd laws of thermodynamics?
Week 3 Vocab Definitions
An Introduction to Metabolism
An Introduction to Metabolism
AP BIOLOGY Chapter 8 Metabolism
Energy Energy (E)– the ability to perform work
Cell Membrane! List 3 characteristics of cell membranes.
© 2017 Pearson Education, Inc.
Presentation transcript:

Jeopardy! Cell Transport and Enzymes Jeopardy! Cell Transport and Enzymes

Choose Your Question Membrane Structure Transport I Enzyme Action I Transport II Energy Transformations Enzyme Action II Final

Click a Dollar Amount to Choose a Question back

FINAL JEOPARDY Category- Energy Transformations The answer is…. The answer is….

Final Jeopardy _________ refers to partnering an exergonic reaction with an endergonic reaction. back

Click a Dollar Amount to Choose a Question back

Answers Membrane Structure Transport I Enzyme Action I Transport II Energy Transformations Enzyme Action II Fluid mosaic Passive diffusion Active Site Facilitated diffusion Thermodynamics Potential energy Hypertonic Active diffusion Energy of activation Aquaporin Energy Conservation Kinetic energy StarchOsmosisFalse Transport proteins Energy transformations are not 100% efficient Denaturation #2 Selectively Permeable Competitive and Noncompetitive inhibitors IsotonicEntropyHydrolysis #3ATPCoenzymesHypotonicPhosphorylation Enzyme and substrate Final Jeopardy Answer- Energy Coupling

Click a Dollar Amount to Choose a Question back

Membrane Structure 200 The structure below is described as a ________. back

Click a Dollar Amount to Choose a Question back

Membrane Structure 400 The bag in beaker 2 is in a(n) __________ environment back

Click a Dollar Amount to Choose a Question back

Membrane Structure 600 IKI tests for ___________ back

Click a Dollar Amount to Choose a Question back

Membrane Structure 800 Which part of the diagram illustrates facilitated diffusion? back

Click a Dollar Amount to Choose a Question back

Daily Double Daily Double

Click a Dollar Amount to Choose a Question back

Membrane Structure 1000 Which part of the diagram illustrates active transport? back

Click a Dollar Amount to Choose a Question back

Transport I 200 Diffusion requiring no energy use by the cell back

Click a Dollar Amount to Choose a Question back

Transport I 400 This cell transport moves materials against the concentration gradient requiring ATP back

Click a Dollar Amount to Choose a Question back

Transport I 600 Diffusion of water is called __________ back

Click a Dollar Amount to Choose a Question back

Daily Double Daily Double

Transport I 800 A membrane which allows some materials to pass through and not others is said to be _____________ ___________ back

Click a Dollar Amount to Choose a Question back

Transport I 1000 Energy molecule of the cell back

Click a Dollar Amount to Choose a Question back

Enzyme Action I 200 Sidechains of an enzyme which interact with a substrate back

Click a Dollar Amount to Choose a Question back

Enzyme Action I 400 Energy required to “jump start” a reaction back

Click a Dollar Amount to Choose a Question back

Enzyme Action I 600 True or false: Enzymes are consumed during a catalytic reaction back

Click a Dollar Amount to Choose a Question back

Enzyme Action I 800 In the lower pictures, enzyme is regulated by __________ and ___________ inhibitors. back

Click a Dollar Amount to Choose a Question back

Enzyme Action I 1000 Vitamins are an example of _________. back

Click a Dollar Amount to Choose a Question back

Transport II 200 This type of transport uses transport proteins to help move materials into or out of a cell back

Click a Dollar Amount to Choose a Question back

Transport II 400 Illustrated below is a transport protein for water back

Click a Dollar Amount to Choose a Question back

Transport II 600 This molecule assists in moving materials into and out of a cell back

Click a Dollar Amount to Choose a Question back

Daily Double Daily Double

Transport II 800 The environmental conditions ideal for an animal cell back

Click a Dollar Amount to Choose a Question back

Transport II 1000 These environmental conditions cause plant cells to become turgid back

Click a Dollar Amount to Choose a Question back

Energy Transformations 200 The study of energy conversions or transfers back

Click a Dollar Amount to Choose a Question back

Energy Transformations 400 First Law of Thermodynamics back

Click a Dollar Amount to Choose a Question back

Energy Transformations 600 Second Law of Thermodynamics back

Click a Dollar Amount to Choose a Question back

Energy Transformations 800 Loss of heat during energy transformations leads to chaos and disorder or __________ back

Click a Dollar Amount to Choose a Question back

Energy Transformations 1000 The process of removing a phosphate group from ATP and transferring it to another molecule back

Click a Dollar Amount to Choose a Question back

Enzyme Action II 200 Stored energy due to structure or location back

Click a Dollar Amount to Choose a Question back

Enzyme Action II 400 Energy of motion back

Click a Dollar Amount to Choose a Question back

Enzyme Action II 600 Loss of 3D structure of an enzyme due to unfavorable environmental conditions back

Click a Dollar Amount to Choose a Question back

Enzyme Action II 800 The addition of water represents a _______________ reaction back

Click a Dollar Amount to Choose a Question back

Daily Double Daily Double

Enzyme Action II 1000 Structure marked (2) represents an __________ and its _____________ back

Click a Dollar Amount to Choose a Question back