FUN PHOTOSYNTHESIS FLIP BOOK
PHOTOSYNTHESIS FLIP BOOK
Purpose: To allow you to review and visualize the many aspects of photosynthesis.
Materials: 3 blank white papers, the chloroplast diagram below, colored pencils/markers, and your notes or book packet.
Procedure: 1) Get three papers and stagger them, fold so that it creates 6 staggered pages and then staple at the top on the fold.
2) Label the cover “Photosynthesis Flip Book”
3) Fill-in the information as described below using the information in the book packet
Page 1: ___1) Title this page “General Information”
___2) Define – “Autotroph”, “Heterotroph”, and “Photosynthesis”.
___3) Write the overall equation of photosynthesis.
___4) Inputs and Outputs of equation
Page 2: ___ 1) Title this page “Energy Storing Molecules”.
___ 2) List the 2 energy storing molecules: ATP and NADPH.
___ 3) Identify what ATP stands for.
___ 4) Explain where ATP stores energy & describe the function of NADPH
___ 5) Explain how ATP releases energy.
___ 6) Make a drawing of how ATP turns into ADP.
Page 3: ___ 1) Title this page “The Chloroplast”
___ 2) Cut out the diagram of a chloroplast (from teacher) and glue it on.
___ 3) Label the parts with “Stroma”, “Thylakoid”, & “Granum” & color-code.
___ 4) Identify where in the chloroplast that the chlorophyll is located.
___ 5) Define “Chlorophyll.”
Page 4: ___ 1) Title this page “Light Dependent Reactions”.
___ 2) Describe what is necessary for the light-dependent reactions
___ 3) Identify where this occurs in the chloroplast.
___ 4) Explain what happens to the H2O, the ADP, & the NADP+ in this reaction.
(Reference picture at bottom on page)
___ 5) Explain what happens to the O2, H+, NADPH and ATP produced by this reaction.
(Reference picture at bottom on page)
___ 6) Add one illustration to support the information on this page
Page 5: ___ 1) Title this page “Light Independent Reactions- (Calvin Cycle)”
___ 2) Describe what is necessary for the light-independent reactions
___ 3) Identify where this occurs in the chloroplast.
___ 4) Explain what happens to the H2O, the ADP, & the NADP+ in this reaction.
(Reference picture at bottom on page)
___ 5) Explain what happens to the O2, H+, NADPH and ATP produced by this reaction.
(Reference picture at bottom on page)
___ 6) Add one illustrations to support the information on this page.
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