Unit 4 Cell Energetics What does LEO the lion says GER (or OIL RIG) stand for? Loss of Electrons is Oxidation, Gaining Electrons is Reduction In photosynthesis, the NADP+ is gaining an electron. This mean the electron carrier is being: REDUCTION! In cellular respiration, pyruvate loses electrons. This means it is being: OXIDATION! Fill out the table below Process Location Inputs Outputs Glycolysis Glucose, ATP, ADP, NAD+ (and Pyruvate, ATP, ADP, NADH Cytoplasm P) Bridging Pyruvate, NAD+, Acetyl CoA, NADH Mitochondria CoenzymeA CO2 membrane Krebs/ Citric Acid NAD+, Acetyl CoA, FAD+, NADH, CO2, ATP, Matrix Cycle H2O, ADP FADH2, H20 Oxidative NADH, ADP, FADH, O2 NAD+, FAD+, H2O, Phosphorylation ATP Inner Membrane (ETC + (Cristae) Phosphorylarion) Light Dependent H2O, Sunlight, ADP, O2, ATP, NADPH, H+ Thylakoid Reactions NADP+ Membrane Light ATP, NADPH, CO2, ADP Glucose, NADP+, Independent ATP, ADP Stroma Reaction/Calvin Cycle If some drug were to disrupt the membranes (outer & thylakoid) of a chloroplast, explain what effect this would have on photosynthesis. The ETC would be destroyed which would mean no LDR no O2 released If some drug were to disrupt the membranes & cristae/inner) of the matrix, explain what effect this would have on Cellular respiration. Since oxidative phosphorylation occurs on the inner membrane (the ETC part, and the chemiosmosis part relies on the space between the inner and outer membrane to build up H+ ions…), very little ATP would be made (only the 2 in Glycolysis and the 2 in Krebs). Where does the oxygen come from in photosynthesis (be specific)?
Unit 4 Cell Energetics What does LEO the lion says GER (or OIL RIG) stand for? Loss of Electrons is Oxidation, Gaining Electrons is Reduction In photosynthesis, the NADP+ is gaining an electron. This mean the electron carrier is being: REDUCTION! In cellular respiration, pyruvate loses electrons. This means it is being: OXIDATION! Fill out the table below Process Location Inputs Outputs Glycolysis Cytoplasm Glucose, ATP, ADP, NAD+ (and P) Pyruvate, ATP, ADP, NADH Bridging Mitochondria membrane Pyruvate, NAD+, CoenzymeA Acetyl CoA, NADH CO2 Krebs/ Citric Acid Cycle Matrix NAD+, Acetyl CoA, FAD+, H2O, ADP NADH, CO2, ATP, FADH2, H20 Oxidative Phosphorylation (ETC + Phosphorylarion) Inner Membrane (Cristae) NADH, ADP, FADH, O2 NAD+, FAD+, H2O, ATP Light Dependent Reactions Thylakoid Membrane H2O, Sunlight, ADP, NADP+ O2, ATP, NADPH, H+ Light Independent Reaction/Calvin Cycle Stroma ATP, NADPH, CO2, ADP Glucose, NADP+, ATP, ADP If some drug were to disrupt the membranes (outer & thylakoid) of a chloroplast, explain what effect this would have on photosynthesis. The ETC would be destroyed which would mean no LDR no O2 released If some drug were to disrupt the membranes & cristae/inner) of the matrix, explain what effect this would have on Cellular respiration. Since oxidative phosphorylation occurs on the inner membrane (the ETC part, and the chemiosmosis part relies on the space between the inner and outer membrane to build up H+ ions…), very little ATP would be made (only the 2 in Glycolysis and the 2 in Krebs). Where does the oxygen come from in photosynthesis (be specific)?
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