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b4 (microscopes (eye piece (so you can look down it 10x zoom), objective…

- - - - eg: stem
    - - eg: root
  - - - eg: roots
    - - eg: stem
- - - - Structural support
    - - controls movement of particals, holds evrything in and it is how it recognises other cells
    - - stores the DNA
    - - site of protien synthesis
    - - site of aerobic respiration
    - - site of anaerobic respiration and other reactions and holds all th e other parts of the cell in place
    - - stores waste products
    - - controls photosynthesis and chloroplast inside is used to trap sunlight
  - - - mitosis creates two genetically identical daughter cells
        
        interphase-normal cell activity-MRS. GREN the nucleus starts to break down
        
        Prophase- DNA duplicates and centrioles form
        
        metaphase- all chromosones are lined up and spindle fibres are grown
        
        Anaphase- spindle fibres pull chromosones apart, identical amount of chromosoned on each side
        
        Telophase- the 2 new cell sstart to form and the nucleus starts to form again.
        
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      - for any cell other than gametes that reproduce
    - - meiosis creates 4 genetically unique daughter cells
        
        interphase- normal cell activity
        
        Prophase- Nucleuds starts to break down and DNA duplicates into chromotids
        
        Metaphase- centrioles and spindle fibbres appear, chromotids overlap and genetic material is overlaped.
        
        Anaphase- chromosones are seperated randomly in meiosis, each pole will have 23 pairs
        
        telophase and cytokenesis- nuclear membrane regroes, cell divides and each cell has 23 chromosones, pairs of chromotids
        
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      - specifically for gametes