Total Number of NADH Obtained from one Pyruvate Molecule Total Number of FADH2 Obtained from one Pyruvate Molecule Total Number of CO2 Produced from one Pyruvate Molecule

please answer this statement analysis asap thank you

Consider 41 NADH and 19 FADH2 molecules funneling electrons into the electron transport chain coupled to oxldative phosphorylation 1. The total number of protons (H") pumped during the oxidation of 41 NADH molecules is 2. The total number of protons (H) pumped during the oxidation of 19 FADH, molecules is 3. The number of ATP molecules produced from the oxidation of 41 NADH molecules is 4. The number of ATP molecules produced from the oxidation of 19 FADH, molecules is 5. The net ATP yield from the oxidation of 41 NADH and 19 FADH, molecules is

Draw the predicted graph of O2 consumption and ATP synthesis for the following

Please show steps and part a we should have an expression of the glycolysis pahthway.

Complete a concept map (or system model) relating the following terms Glycolysis Oxidation of Pyruvate . Citric Acid Cycle Electron Transport Chain Chemiosmosis. Glucose Substrate level phos. oxidized elec. carriers (NAD+) High enerGy Elec. Pyruvate AcetylCoA Low enerGy Eleç. H+ Gradient CO2 Охудеn ADP + Pi Water АТР Oxidative Phos. -- ---- ---- reduced elec. carriers (NADH)

24. Backward. In what way is the electron transfer in ferridoxin- NADP reductase similar to that of the pyruvate dehydrogenase complex?

Describe redox reactions involved in the three steps of aerobic cellular respiration under the following topics: 1. Description of the two coenzymes NAD and FAD and link them to each enzyme in glycolysis; pyruvate oxidation and citric acid cycle using the backpack analogy that I described in class. (20%) 2. Describe energy harvesting of the electrons and hydrogens carried by the coenzymes in the electron transport chain and chemiosmosis using the battery analogy I described in class. (20%) 3. Describe the steps of DNA replication in bacteria as shown in our slides emphasizing the need for the Okazaki fragments (20%) 4. Describe RNA transcription emphasizing the two strands of DNA and the orientation of mRNA (20%) 5. Describe mRNA translation emphasizing the role of ribosomes and tRNA for two amino acids (20%)

Organisms growing anaerobically cannot perform glycolysis for long without reducing the pyruvate from glycolysis into another compound, most commonly to lactate or to ethanol plus CO2. Which of the following provides the best explanation for sustaining anaerobic glycolysis? O Lactic acid has to be reduced to regenerate NADH Pyruvate has to be reduced to regenerate NADH Pyruvate has to be reduced to regenerate NAD+ Lactic acid has to be reduced to regenerate NAD+

a and b