A. Identify the independent variable in this experiment. ____ B. Describe the role of both the light AND the DCPIP in this experiment. ____ C. Explain the results comparing samples 1 and 6 and samples 2 and 3. _____ D. Calculate the rate of photosynthesis( absorption units/min) for sample 1 and 6. _____
A. Identify the independent variable in this experiment. ____
B. Describe the role of both the light AND the DCPIP in this experiment. ____
C. Explain the results comparing samples 1 and 6 and samples 2 and 3. _____
D. Calculate the rate of photosynthesis( absorption units/min) for sample 1 and 6. ______



Hi! Thanks for your question. As you have posted multiple questions and have not mentioned which one is to be answered, we are answering only the first three questions for you. If you need help with the other questions too, please repost them separately.
Plant cells are capable of photosynthesis because of the presence of the light- absorbing green chlorophyll pigment in the chloroplasts. Photosynthesis is a physiochemical process by which photosynthetic organisms convert light energy to chemical energy in the form of reducing power as NADPH and ATP and use these chemicals to carry out carbon dioxide fixation. There are two-stages in the photosynthesis process: one is light dependent, and one is light-independent
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