Aerobic Cellular Respiration Notes 13 What does aerobic

Aerobic Cellular Respiration Notes #13

What does aerobic mean? • ANS: It means “air”; Aerobic Cell Respiration means air is required to make cell energy. http: //www. sumanasinc. com/webcontent/animations/content/cellularrespiration. html

In-depth look into Aerbobic Respiration? (3 stages) 1) Glycolysis: Process that occurs when O 2 is NOT needed to break down glucose into energy. To ETC To Krebs Cycle

Glycolysis Cont’d • Where does it occur? ANS: Cytoplasm • What is used? ANS: Glucose • What is made? ANS: Pyruvate, 2 ATP, & 2 NADH

Glycolysis Reactants (inputs) 1. Glucose Products (output) 1. Pyruvate Acid 2. (2) ATP 3. (2) NADH http: //www. sumanasinc. com/webcontent/animations/content/cellularrespiration. html

2. Krebs Cycle: Breaks down Pyruvate into CO 2 & Energy • Where does it occur? ANS: Matrix of Mitochondrion • What is used? ANS: Pyruvate • What is made? ANS: CO 2, 2 ATP, FADH 2 , & NADH (3 rd back-up energy)

Krebs Cycle Reactants (inputs) 1. Pyruvate Acid Products (output) 1. CO 2 2. FADH 2 3. (2) ATP 4. NADH Energy http: //www. sumanasinc. com/webcontent/animations/content/cellularrespiration. html

3. Electron Transport Chain (ETC): O 2, FADH 2, &NADH are used to make more ATP • Where does it occur? ANS: Inner Membrane of Mitochondrion • What is used? ANS: O 2, FADH 2, & NADH • What is made? ANS: 34 ATP & Water

Electron Transport Chain Reactants (inputs) 1. Oxygen 2. NADH 3. FADH 2 Products (output) 1. Water 2. (34) ATP http: //www. sumanasinc. com/webcontent/animations/content/cellularrespiration. html

Cell Respiration NADH P 222 as Reference) Pyruvate Glucose Krebs Cycle Glycolysis (2 )ATP OO 2 2 NADH FADH 2 ETC H 2 O CO 2 (2) ATP (34) ATP