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Chapter 2, Chapter 4, Chapter 10, Chapter 12, Chapter 6: Cells harvesting…

- - - - hydrogen bonds
      - ice floats
      - water hydrogen bonds
        
        cohesion
    - - opposite charge
    - - electron sharing
      - molecules
      - atoms
  - - - chemical reactions
        
        convert reactants
        
        chemical bonds
- - - - Amino group
      - Carboxyl group
  - - - Sugar
        
        Ribose
        
        Deoxyribose
      - Nitrogenous base
      - Phospate Group
  - - - Saturated
      - unsaturated
    - - Anabolic Steriods
      - Cholesterol
- - - - Nucleus and ribosomes
      - DNA messenger, RNA, Protein Synthesis
- - - - Mosaic Diverse Protein
    - - Potatoes in water
        
        Selectively permeable membrane
      - change in a non-isotonic envrionment
    - - solid
      - Spread evenly
      - liquid
        
        cofactors coenzyme
        
        organic molecule
      - concentration gradients
        
        Oxygen
        
        Cellular respiration
  - - - Substrate
        
        Activesite
        
        induced fit substrate bonds/chemical
  - - - Thermal energy
        
        Heat
        
        Potential enrrgy
        
        Chemical energy
- - - - Structure & Support
      - Plant cell walls
      - cellulose
    - - Microfilaments
      - Intermediate Filaments
      - Microtubules
    - - Locomotor appendages
  - - - Intermembrane space
      - Mitochondria matrix
        
        Mitochondria DNA
        
        Enzymes
    - - Photosynthesis
      - Plants
      - Algae
      - Energy- converting organelles
- - - - High energy electrons NADH and FADH2 pass through electron carriers
      - Oxidation and reduction
        
        reduction gains electrons
        
        Oxidation losses electrons
- - - - Homologous chromosomes
      - Prophase 1, Metaphase 1, Anaphase 1, Telophase 1, Prophase 2, Telophase 2.
      - sexual reproduction, humans go through meiosis in order to reproduce
      - Cell division
      - Somatic Cell
    - - Gap1, S phase, Gap2,
    - - Mitosis/ Cytokinesis , Prophase, Metaphase, Anaphase and Telophase.
    - - G1, G2, Spindle
- - - - Phenotype
        
        Genotype
    - - Genetics
- - - - Homeostasis
      - Order
      - Energy processing
        
        Chapter 7 Intro to Photosynthesis
        
        Light Reactions
        
        The Calvin Cycle
        
        The Global Significance of Photosynthesis
        
        Energy Conversion and Storage
        
        3 more items...
        
        Atmospheric Regulation
        
        2 more items...
        
        Global Carbon Cycle and Biomass Production
        
        3 more items...
        
        Carbon Fixation
        
        organic molecules
        
        Ribisco
        
        C02
        
        Reduction
        
        fixed carbon
        
        glyceraldehyde
        
        glucose
        
        organic compounds
        
        Regeneration
        
        G3P
        
        ribulose bisphosphate
        
        chemical reactions
        
        Light Energy Absorption
        
        Chlorophyll
        
        electrons
        
        1 more item...
        
        Electron Transport
        
        electron transport chains
        
        thylakoid membrane
        
        1 more item...
        
        Energy Transfer
        
        exited electrons
        
        Production of Energy Carriers
        
        ATP
        
        NADPH
        
        ATP synthase
      - Reproduction
      - Response to environment
      - Growth and development
      - Evolutionary Adaption
    - - Smallest unit of life
      - 3 domains
        
        Bacteria, Archaea, Eukarya
  - - - 1.Observation 2.Questions and Answers
      - 5.Analyze the data
      - 3.Prediction 4.Test of hypothesis by experiment or observation
    - - Controlled Experiment
        
        Experimental group vs Controlled group
      - Experimental design
        
        Manipulate one Component