Can someone help me with this? 2. State the summary equation for aerobic cellula

Question

Can someone help me with this? 2. State the summary equation for aerobic cellular respiration and photosynthesis. Explain how these two energy processes are part of the one-way flow of energy in ecosystems (Remembering and understanding). 3. Describe how breathing and cell respiration are interdependent mechanism. (Remembering and understanding). 4. Recognize the role of ATP as the immediate source of energy for cellular work. (Remembering and understanding). 5. Recall the role of glucose as a key energy-storage molecule and list examples of activities in which humans use this energy. (Remembering). 6. Describe the role of the electron carrier molecule NADH in the electron transport chain. Explain the difference between NAD+ and NADH. Recognize that aerobic cell respiration is an energy process which involves the transfer of electrons from organic fuel molecules (i.e. glucose) to oxygen molecules. (Remembering, understanding, applying and analyzing ). 7. Identify the role of oxygen in aerobic cellular respiration. Identify examples of organisms that use aerobic pathways to obtain energy. (Remembering). 8. Identify in order the stages of aerobic cellular respiration: a. Glycolysis b. Krebs cycle c. electron transfer chain [ETC]) For each of these, recognize the location where the reactions occur in the cell and mithochodria, summarize the reactants and products, and explain their function. Compare the stages in terms of energy production. (Remembering, understanding, and analyzing). Note: Keep the

Explanation / Answer

2) C6H12O6 + O2 ? CO2 + H2O + Energy - respiration CO2 + H2O + Energy(light) ? C6H12O6 + O2 - photosynthesis If you notice, they're reverse reactions. 3) Since both are reverse of each other i.e substrate in one equation is a product of another therefore they are interdependent in ecosystem. 4) ATP Synthase is considered to be the universal carrier of chemical energy in the cell. It captures the energy released by the combustion of nutrients and then uses that energy to fuel other reactions that require it. Most ATP is formed in the mitochondria during cellular respiration or in the cytoplasm during photosynthesis

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