Survey
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* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
CELLS: Anatomy and Physiology Potential Test Date Enzymes I can explain what an enzyme is. I can describe the function of an enzyme. I can explain how an enzyme speeds up a reaction. I can predict what will happen to an enzyme if its environment changes. I can explain how feedback loops work to control enzyme activity. Cell Respiration I can list the steps of Cellular (aerobic) Respiration, and where they occur in the cell. I can identify the reactants and products for each of the steps of Cellular Respiration. I can state the chemical equation for cellular respiration. I can explain which step each part of the chemical equation for cellular respiration came from. I can draw and label a diagram of the Electron transport Chain. I can explain how the Electron Transport Chain creates a proton gradient that is used by ATP Synthase to produce ATP. I can identify the parts of the mitochondria. I can explain how fermentation works to provide energy when no oxygen is available. I can explain why fermentation does not produce enough energy for most living things to survive. Photosynthesis I can list the steps of photosynthesis. I can explain where each of the steps of photosynthesis occur in the chloroplast. I can state the chemical equation for photosynthesis I can identify where each part of the chemical equation of photosynthesis is used or produced. I can identify the reactants and products for each of the major steps of photosynthesis. I can explain how a photon of light is converted into glucose. ULTIMATE TARGET: I can explain how Photosynthesis and Cellular Respiration are linked, and why this link is important to life on Earth. VOCABULARY CH 2 Sec 4 Enzyme Active Site Substrate Products Denature Feedback Loop ATP CH 9 Cell Respiration Glycolysis Citric Acid Cycle (Krebs) Electron Transport Chain Fermentation CH 8 Photosynthesis Photon Photosystem Light Dependent RXNs Light Independent RXNs (Calvin Cycle)