Which product of the Krebs Cycle does NOT contribute to energy production i cellular respiration? ATP All of these contribute. CO2 FADH2 NADH

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Cyanide binds and inhibits complex IV of the electron transport chain. What would happen at the cellular level if someone ingested cyanide? ATP synthase activity would increase generation of the proton gradient would be inhibited oxygen consumption would decrease A & B B & C

The main components of a mitochondrion are: Outer membrane O Thylakoid membrane O Cytosol O Inner membrane Grana O ATP Synthase for chemiosmosis Vacuole O Endoplasmic reticulum Stroma

Throughout the electron transport chain many reactions occur. What happens to NADH eventually? NADH is reduced NADH is not used in ETC. ONADH remains unchanged in ETC but is used later. ONADH is oxidized

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Which metabolic pathway allows cells to transform light energy into chemical energy? O Glycolysis Fermentation Photosynthesis Respiration

What process is shown in the figure below? 3 Molecules CO2 RuBisCO Stage 1: carbon fixation 3 ADP 6 ATP ЗАТР 6 ADP Stage 3: regeneration of RUBP Stage 2: reduction 6 NADPH - 6 NADP*+ H* Sugar O Glycolysis O Light reactions of photosynthesis Oxidative phosphorylation Citric Acid Cycle O Dark reactions of photosynthesis

Cellular Respiration 2 ATP 6 NADH 2 FADH 2 ATP 2 NADH |36 АТР GLUCOSE ACETYL-COA LACTIC ACID ETHANOL GLYCOLYSIS PYRUVATE FERMENTATION OXYGEN KREB'S CYCLE MITOCHONDRIAL MATRIX MITOCHONDRIAL CHRISTAE biologycorner.com CYTOPLASM begins with CARBON DIOXIDE ELECTRON TRANSPORT CHAIN which is broken down during II which occurs in the coenzymes 2H •0, H0 AfP (ene produces a net gain of results in 2 molecules of produces occurs in the -that is used in- can be used in- requires- releases - which is oxcidized, creating aerobic respiration anaerobic coenzymes processes such as starting with coenzymes moves to the used the which is shuffled into the which produces -which occurs in the 3

Can someone explain to me what does Oxidation, Reduction and Redox reaction means in terms of cellular respiration? I am having a hard time understanding the core concept.