Cellular Respiration Review Game Jeopardy Cellular Respiration Review Game

Cellular Respiration Review Game Cell & Respira-tion Anaerobic Respira-tion Krebs Cycle Electron Transport Chain Catch-all More Catch-all $200 $400 $600 $800 $1000

$200 What is the first step in respiration? glycolysis Return

Fermentation Cytoplasm $400 Without oxygen, what step happens after glycolysis? Where in the cell does it happen? Fermentation Cytoplasm Return

$600 When there is oxygen (O2) here in the cell does aerobic respiration happen? Mitochondria Return

Matrix of the Mitochondria $800 With oxygen, what step happens after glycolysis? Where in the cell does this happen? Krebs Cycle Matrix of the Mitochondria Return

Electron Transport Chain Inner Membrane of mitochondria $1000 What is the last step of aerobic respiration? Where in the cell does this step happen? Electron Transport Chain Inner Membrane of mitochondria Return

What are the reactants of glycolysis? Glucose, 2 ATP and 2 NAD+ $200 What are the reactants of glycolysis? Glucose, 2 ATP and 2 NAD+ Return

What are the products of glycolysis? $400 What are the products of glycolysis? 2 Pyruvic Acid, 2 ATP (net), 2 NADH Return

What are the two types of fermentation? Alcoholic and Lactic Acid $600 What are the two types of fermentation? Alcoholic and Lactic Acid Return

How much ATP is made from fermentation? None $800 How much ATP is made from fermentation? None Return

Alcoholic fermentation $1000 Name the 3 products of fermentation that humans use for food or drink. What type of fermentation makes these? Beer, wine and bread Alcoholic fermentation Return

Pyruvic acid (Pyruvate) $200 Name the product of glucose break down (glycolysis) that goes into the Krebs Cycle. Pyruvic acid (Pyruvate) Return

$400 How many ATP are made in the Krebs cycle? 2 ATP Return

$600 What is the waste product made by the Krebs Cycle? Carbon Dioxide (CO2 ) Return

$800 Name all the energy carrying molecules made by the Krebs Cycle. Say how many of each are created for one glucose. 8NADH, 2 FADH2 & 2 ATP Return

$1000 Name all the products of the Krebs Cycle. Which products of the Krebs Cycle are used to make ATP in the Electron Transport Chain (ETC)? Products: ATP, NADH & FADH2 & CO2 NADH & FADH2 Return

How many ATP are made just in the Electron Transport Chain? $200 How many ATP are made just in the Electron Transport Chain? 32 ATP Return

NADH, FADH2 and O2 $400 Name the reactants that are used in the ETC Return

$600 C6H12O6 + O2  6H20 + 6 CO2 + 36 ATP Name the major products of the cellular respiration that are made in the ETC H2O (water) and ATP Return

$800 What is the final electron acceptor in the ETC? What is it used to make? O2 (oxygen) H2O (water) Return

$1000 Where in the mitochondria does the ETC happen? Inner membrane Return

What does the term aerobic mean? With oxygen $200 What does the term aerobic mean? With oxygen Return

What does the term anaerobic mean? Without oxygen $400 What does the term anaerobic mean? Without oxygen Return

Glycolysis  fermentation $600 Name the types of respiration reactions that happen without oxygen in the order they happen: Glycolysis  fermentation Return

Glycolysis  Krebs  ELC (Electron Transport Chain) $800 Name the types of aerobic respiration reactions in the order they happen: Glycolysis  Krebs  ELC (Electron Transport Chain) Return

$1000 X What are the names of the parts marked X and Y? What happens in each? X = Inner membrane, ETC Y = Matrix, Krebs Y Return

What is cellular respiration? $200 What is cellular respiration? The releasing of energy stored from glucose and changing it into ATP Return

$400 What is the first step of respiration? glycolysis Return

What does ATP stand for? What does it do for the cell? $600 What does ATP stand for? What does it do for the cell? Adenosine Triphosphate Main energy storing and carrying molecule for the cell Return

$800 Name and label the three parts of ATP Adenine, Ribose and 3 phosphate groups Return

How is energy released from ATP? $1000 How is energy released from ATP? When the third phosphate group is broken off, releasing the energy stored in the chemical bonds Return