HL IB-Biology 2010/11 #13 CELL RESPIRATION CONCEPT MAP 8.1 Cell Respiration HOW TO CONSTRUCT A CONCEPT MAP: The purpose of a concept map is to show how concepts and processes relate to each other. The concepts are shown in boxes. In order to explain the relationship between concepts, the boxes are connected by lines. On the lines are the verbs to clarify the connection (linker words). Do not repeat the boxed concept on the lines, do not use verbs or adjectives in boxes. The map should read from top to bottom and each connection should stand on its own as much as possible. Each connection from box to box should be able to be converted into a complete sentence. Avoid overlapping lines. Figure 1: Example of a Concept Map YOUR TASK: ✤ On the next page are al the concepts you need to use to construct a concept map explaining the basic processes taking place in cell respiration. ✤ Cut out the boxes and spend some time moving them around to find the best way to construct a concept map using the guidelines discussed above. ✤ When you are satisfied, glue down the boxes on a piece of (legal) sized paper. ✤ Connect the boxes with lines and add linker word to explain the relationships between the concepts. ✤ Turn in your completed map to get feed back on your conceptual understanding. ✤ Once you receive your map with my feed back you will receive a map made by me, however, you will need to add the concepts to the boxes. Labudda, CHS, Cell Resp Concept Map 1.pages Concepts to cut out: (Use all of them!) Lactate Krebs Cycle 1 ATP CO2 1 NADH+H+ Mitochondria 2 NADH+H+ O2 36 ATP Fermentation 1 FADH2 Glucose Oxidation Anaerobic Processes ATP Formation 4 NADH+H+ 4 ATP Proton Pumps Linker Reaction Pyruvate Lysis Glycolysis 2 C3 - Bodies Acetyl CoA Electron Transport Chain Inner Membrane Aerobic Respiration Cellular Respiration Oxidative Phosphorylation Substrate Level Phosphorylation ATP Synthase Chemiosmosis 2 ATP Cytoplasm Proton Gradient Phosphorylation NAD