[unicorn9890]

What I have so far:

1: Sun's energy, the wolf's CO2 entering the flower, and the H2O being absorbed.

2: An example of CO2 molecule

3: Where 6 CO2 becomes 12 3-carbon molecules as it enters the cycle to produce a single six-carbon glucose molecule. (Sugars) And explaining Light-Independent reactions. The reactions in this stage use the energy that was converted from light in the first stage of the photosynthesis process, and can finish without a light source.

4: ATP and NADPH, produced during the light-dependent reactions, provide the energy needed for the light-independent reactions to occur. Light-dependent reactions can only occur in the presence of a light source. In the steps of photosynthesis in a plant, solar energy is converted to chemical energy in the form of ATP and NADPH molecules. The functions and activities within the cell depend upon the energy provided by the ATP molecule. ATP is built by adding a phosphate group to an ADP molecule (A molecule only with 2 phosphate groups and considered like an uncharged battery), which requires energy. This energy can be stored temporarily in an ATP molecule until it is used to power the movement and functions of the cell.

And I continue cellular respiration in another drawing later...