Driving question How does a tree grow and
- Slides: 20
Driving question: How does a tree grow and live? What & How 1. What does the tree need in order to grow and live? 2. How tree use them to grow and live?
Inputs and outputs in a tree Can you decode what happens inside a tree and how does a tree grow and live?
Flow chart of tracing materials inside the tree Sunlight energy chloroplast H 2 O (inorganic) CO 2 (inorganic) Photosynthesis Glucose (organic) Cells membrane, mitochondria Outside tree Minerals (inorganic) Cellular Respiration H 2 O (inorganic) CO 2 (inorganic) Energy for plant function Biosynthesis Cell walls, cytoplasm Plant biomass (large organic molecules) Inside tree Minerals for cells growth Inside tree
Biosynthesis part
How does a tree’s trunk grow? Leaves Branch Trunk Roots
Matter movement of biosynthesis at macroscopic scales Large scale Macroscopic Microscopic Atomic molecular Analyzing Matter Material identity Matter Movement Energy transformation Process All filter photosynthesis Blank Cellular respiration Biosynthesis
Matter transformation of biosynthesis at macroscopic scales Large scale Macroscopic Glucose Large organic molecules Minerals Water Microscopic Atomic molecular Analyzing Matter Material identity Matter Movement Energy transformation Process All filter photosynthesis Blank Cellular respiration Biosynthesis
Energy transformation of biosynthesis at macroscopic scales Large scale Heat Chemical energy Macroscopic Microscopic Atomic molecular Analyzing Matter Material identity Matter Movement Energy transformation Process All filter photosynthesis Blank Cellular respiration Biosynthesis
Biosynthesis at macroscopic scale Heat Large scale Chemical energy scales Glucose Large organic molecules Macroscopic Minerals Water Atomic molecular Analyzing Matter Material identity Matter Movement Energy transformation Process All filter photosynthesis Blank Cellular respiration Biosynthesis
What happens of biosynthesis at microscopic scale ?
Matter movement of biosynthesis at microscopic scale Large scales Macroscopic Microscopic Atomic molecular Analyzing Matter Process Matter Movement Material identity Photosynthesis Biosynthesis All Energy Cellular respiration Energy transformation Blank
Matter transformation of biosynthesis at microscopic scale Large scales Macroscopic Minerals Atomic molecular Analyzing Matter Process Matter Movement Material identity Photosynthesis Biosynthesis All Energy Cellular respiration Energy transformation Blank
Energy transformation of biosynthesis at microscopic scale Large scales Macroscopic Heat Chemical energy Microscopic Atomic molecular Analyzing Matter Process Matter Movement Material identity Photosynthesis Biosynthesis All Energy Cellular respiration Energy transformation Blank
Biosynthesis at microscopic scale Heat Large scale Chemical energy scales Macroscopic Minerals Atomic molecular Analyzing Matter Process Matter Movement Material identity Photosynthesis Biosynthesis All Energy Cellular respiration Energy transformation Blank
What happens of biosynthesis at atomic-molecular scale ? P K
Matter movement of biosynthesis at atomic-molecular scale Large scales Macroscopic Microscopic Click to see animation Atomic molecular Analyzing Matter Process Matter Movement Material identity Photosynthesis All Energy Cellular respiration Energy transformation Blank Biosynthesis
Matter transformation of biosynthesis at atomic-molecular scale Large scales Macroscopic Microscopic Starch & cellulose Sugar P P Atomic molecular Analyzing K K Minerals Matter Process Matter Movement Material identity Photosynthesis All Energy Cellular respiration Energy transformation Blank Protein Biosynthesis
Energy transformation of biosynthesis at atomic-molecular scale Large scale Heat scales Macroscopic Microscopic Chemical energy P K Chemical energy Atomic molecular Analyzing Matter Process Matter Movement Material identity Photosynthesis All Energy Cellular respiration Energy transformation Blank Biosynthesis
Biosynthesis at atomic-molecular scale Large scale Heat Chemical energy scales Macroscopic Microscopic Starch & cellulose Sugar P P Atomic molecular Analyzing K K Minerals Matter Process Matter Movement Material identity Photosynthesis All Energy Cellular respiration Energy transformation Blank Protein Biosynthesis
The End
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