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100 100 100 100 100 100 100 200 200 200 200 200 200 200 300 300 300 300 300 300 300 400 400 400 400 400 400 400 500 500 500 500 500 500 500 600 600 600 600 600 600 600 A physical activity that would recruit energy (ATP) along the ATP-CP Pathway. The second stage of Cellular Respiration that occurs in the Matrix and produces many e- carriers. Electron Carrier molecules used in Cellular Respiration. The effects of prolonged intense exercise on your muscles. What the electron carriers made in the Cellular Respiration do with their electrons. Two identical molecules that result from the splitting of glucose Molecules that are used to transfer or “carry” electrons from one place to another. The Three Energy Pathways (not the steps of Cellular Respiration). The products of PSN and the reactants of CR. The location of the Krebs Cycle. First step or stage in cellular respiration that occurs in the cytoplasm and creates 2 pyruvate molecules The process by food is broken down by the body’s cells to produce energy in the form of ATP. The process of converting pyruvate into lactic acid in order to continue making 2 ATP. The location and purpose of the Electron Transport Chain. The energy of the electrons dropped off at the ETC is used to make this. The main purpose of the Krebs Cycle is to make __________. The number of ATP used in Glycolysis, the total number of ATP produced, and the net gain of ATP. The reason muscles burn during intense exercise. The molecule broken down in CR to release energy. An activity that would primarily use the Lactic Acid system for providing ATP. Products of Photosynthesis Products of Cellular Respiration Reactants of Photosynthesis Reactants of Cellular Respiration How energy is released using ATP. How energy is stored using ATP. Our cells main energy molecule. Explain how energy is stored or released in chemical compounds during PSN and CR. Where photosynthesis occurs (cellular structure) Where Aerobic Cellular Respiration occurs (organelle) An activity that would primarily use the Aerobic Respiration pathway for providing ATP. The third stage of cellular respiration where all the ecarriers are sent and most of the ATP is made. The three stages of CR. Occurs in two stages Name the two stages and their location for an additional 200pts The plant cell structure in which Chlorophyll is found The role of oxygen in Aerobic Cellular Respiration. Means “Splitting of Glucose” How a lack of oxygen would affect cellular respiration. The role of oxygen in aerobic cellular respiration. What causes the muscle fatigue you feel during prolonged intense exercise. The difference between Aerobic and Anaerobic. The maximum number of ATPs that can be produced in the overall process of Cellular Respiration (Along the Aerobic Pathway) Photosynthesi s Light intensity NADP+ Availability of Reactants Temperature Cytoplasm or mitochondria Activation energy NAD+ and FAD Muscle Fatigue Cramps Pain and soreness Photons Pyruvate Lactic Acid and Alcoholic Fermentation Red and blue Krebs Cycle Pigments Fermentation Glycolysis Cellular Respiration Photosynthesi s Electron Carriers to be sent to the ETC. Photolysis Chloroplasts ATP Chemiosmosis Water and Carbon Dioxide Sugar and Oxygen Reflected Carbon dioxide, ATP, Water Carbon dioxide and Water Energy Sun’s energy is stored in bonds of sugar and then bonds are broken to release energy in CR. Water replaces the lost electrons so during photolysis so PSN may continue. Cellular Respiration Chloroplasts Glycolysis Photosynthesi s Final eacceptor; must take them so the ETC does not back up. Lactic Acid Thylakoids Granum, Grana ETC in the Inner membrane Calvin Cycle 38 Electron Carriers