What is aerobic cellular respiration?
Answer:
Aerobic cellular respiration is the oxidation of glucose molecule into CO2 & H2O in the presence of oxgen. During this process, 34-36 ATP (energy) will be released).
what are free radicals and how are they formed with aerobic cellular respiration?
Stages of aerobic cellular respiration? Most ATP is made at what stage? What is the terminal electron acceptor?
The cellular respiration can occur with (aerobic) or without (anaerobic) the presence of oxygen. Under what condition might our own cells use anaerobic respiration and why?
* 3. Anaerobi Anaerobic respiration doesn't require oxygen, but aerobic respiration does. Which stages of cellular respiration are anaerobic? Which are aerobic? How do you know?
1. What is the overall goal of cellular respiration? What are the reactants of cellular respiration? What are the products of cellular respiration? 2. Why is cellular respiration also called aerobic respiration? 3. Is glucose oxidized or reduced? Is oxygen oxidized or reduced? 4. Why is it important that there are many small intermediate steps in cellular respiration rather than one or two short bursts of metabolic energy? 5. What critical role does NAD+ and FAD play in cellular respiration?...
During the first three steps of the aerobic cellular respiration, what is the ONLY element that is consistently stripped from the reactant glucose? (The options are Carbon, Hydrogen or Oxygen)
Cellular Respiration and Fermentation FIGURE 2 Stages of cellular respiration and fermentation. Celibalar respiration consists of ghycolysis, the citric acid cycle, and the electron transport chain. Ghycolysis is also a sage in fermenstation Glucese Cysosol Pyruvate Mtochondrion Ethanoi Co Before you begin today's lab topic, refer to the preceding paragraph and Figure 2 fermentation and cellular respiration by answering the following questions. as you review major pathways, reactants, and products of 1. Which processes are anaerobic? 2. Which processes are...
Compare and contrast aerobic cellular respiration and fermentation in a facultative anaerobe such as Escherichia coli.
J. Compare the net yield of ATP of cellular aerobic respiration and fermentation metabolic pathways
22) In the mitochondria during Aerobic cellular respiration, the difference in gradient indicates more H in the than in the