2nd Block- Glycolysis / Aerobic Respiration review

Place each step of Aerobic Respiration under the correct Step Box so that they are in the order they take place. Step 1 Glycolysis Step 2 Krebs Cycle Step 3 Electron Transport Chain Matching Match the word or concept with the definition or statement that corresponds to it. Glycolysis breaking down of glucose Glucose a form of chemical energy that is an input of cellular respiration Oxygen a product of photosynthesis, this gas molecule is also an input for cellular respiration Water (H2O) A product of cellular respiration, it is made after oxygen passes through the ETC Mitochondria Site of cellular respiration Sort the molecules into the correct side of the cellular respiration equation. Reactants C6H12O6 (glucose) O2 (Oxygen) Products Carbon Dioxide (CO2) Water (H20) ATP Complete the paragraph by selecting the correct word or number to make each statement correct. The process of cellular respiration breaks down glucose to release energy. The purpose of cellular respiration is to convert glucose into ATP. The process begins when glucose is broken down through a process called glycolysis which takes place in the cytoplasm of the cell. This process is anaerobic because it does not require oxygen. During glycolysis the following molecules are produced: two pyruvates and 2 ATP molecules. The second step in the process is called the Krebs Cycle. This takes place in the matrix of the mitochondria. The products from the Krebs Cycle include the release of the gas carbon dioxide, 2 energy molecules called ATP, and NADH and FADH that are both needed to go to step three. Step three is when oxygen enters the electron transport chain which produces water. Since steps Krebs and ETC require oxygen, they are considered aerobic steps. The electron transport chain also produces the greatest amount of energy because it gives off 32-34 ATP molecules. At the end of cellular respiration, there will be a total of between 36-38 ATP molecules. Sort the processes and the items produced into the location where they happen. Glycolysis 2 ATP Produced pyruvates produced glucose breaks anaerobic step takes place in the cytoplasm Krebs Cycle NADH FADH2 produced carbon dioxide produced aerobic step (step 2) takes place in the matrix of the mitochondria 2 ATP produced (step 2) ETC aerobic step (step 3) takes place in the cristae of the mitochondria generates the most ATP creates water as a waste product What are the reactants of cellular respiration? water, light, and carbon dioxide glucose, water, and light glucose and oxygen oxygen, water, and carbon dioxide What is the energy source for cellular respiration? sunlight glucose ATP water What are the products of cellular respiration? glucose and oxygen carbon dioxide and water ATP and glucose carbon dioxide, water, and ATP 32-34 ATP molecules, the biggest production of energy, are made during which step of aerobic respiration? Glycolysis Krebs Cycle Electron Transport Chain Fermentation