Powers of Ten ---- Cellular respiration
MSP Carbon Teaching Experiment
Mitochondrion Scale: meters = 1 µm = 1 micrometer MSP Carbon Teaching Experiment
Energy Inputs Energy Outputs Matter InputsMatter Outputs Solid Liquid Gas Process: Cellular Respiration (plant living in the dark) Scale: Macro
Energy Inputs Energy Outputs Matter InputsMatter Outputs Solid Liquid Gas Process: Cellular Respiration (plant living in the dark) Scale: Macro Chemical energy +Heat Chemical Energy Carbon Dioxide Oxygen Glucose Water MSP Carbon Teaching Experiment
Energy Inputs Energy Outputs Matter InputsMatter Outputs Solid Liquid Gas Process: Cellular Respiration (plant living in the dark) Scale: Atomic-Molecular
Energy Inputs Energy Outputs Matter InputsMatter Outputs Solid Liquid Gas Process: Cellular Respiration (plant living in the dark) Scale: Atomic-Molecular Chemical Energy + Heat Chemical Energy Click here to see video MSP Carbon Teaching Experiment
Cellular respiration Cellular respiration VS Photosynthesis MSP Carbon Teaching Experiment C 6 H 12 O 6 + 6O 2 6CO 2 + 6H 2 O +
Supplemental slides: Cellular respiration and ATP
ATP and ADP Scale: meters = 100nm = 100 nanometers MSP Carbon Teaching Experiment
Plant cells need energy for all their functions, such as moving the plant in response to light, moving water, minerals, and sugars around, and making smaller molecules into larger molecules Plant cells use ATP as the energy source for all of these functions The purpose of cellular respiration is to make high- energy ATP molecules by combining lower-energy ADP molecules with phosphate from soil minerals What are functions of ATP and ADP? MSP Carbon Teaching Experiment
Cellular respiration (ADP to ATP ) Chemical Energy (in glucose) chemical energy (in ATP) Heat Water+ Carbon Dioxide Glucose + Oxygen ADP + PATP MSP Carbon Teaching Experiment
Cellular respiration (ATP to ADP) Chemical Energy (in ATP) Chemical Energy (for cellular function) Heat Glucose + Oxygen ADP + PATP MSP Carbon Teaching Experiment Water+ Carbon Dioxide