Explain how macromolecules are broken down into cellular respiration intermediates to produce ATP

Sequence the stages of cellular respiration

Complete the tabulation that describes the various processes employed by living things to generate ATP. This should help you weigh the significance of each process as well as find similarities and differences among them. CELL METABOLISM ANAEROBIC ALCOHOL LACTIC ACID AEROBIC RESPIRATION TO PRODUCE REPIRATION FERMENTATION FERMENTATION ATP DOES IT INVOLVE THE USE OF AN ELECTRON TRANSPORT CHAIN? (YES/NO) FINAL ELECTRON ACCEPTOR REACTANTS END PRODUCTS LOCATION OF OCCURRENCE IN CELL ENERGY GENERATED IN ATP QUANTITY

Describe the process of cellular respiration, from the introduction of a glucose molecule into the cytoplasm to the production of the final ATP made from energy contained within that glucose molecule.

The end products of aerobic respiration always contain which of the following types of molecules: organic molecules or inorganic molecules?

In each step of cellular respiration listed below, state where in the cell it occurs and how many ATP are produced. Glycolysis: Krebs (Citric Acid) Cycle: Oxidative phosphorylation:

Explain how cellular respiration releases chemical energy.

What is the carrier molecule in the electron Transport chain (in Cellular Respiration)

Describe how cells obtain their energy to do work via ATP. Start with the carbohydrates eaten in a meal and has 3 major steps. For each step write where the step occurs, what molecules go in to each step, what molecules come out of each step, and if each step is areobic or anaerobic?

Consider the involvement of electrons in the Electron Transport Chain of Cellular Respiration. What molecule were the electrons part of at the begining of the electron transport chain. (your answer could be a single word) What molecule are the electrons part of at the end of the electron transport chain (your answer could be a single word) In one simple sentence: How have the electrons changed over the course of the electron transport chain.