Consider the following reaction:  succinate +NAD is catalyzed into fumarate + NADH In this reaction, succinate is ___________.  This reaction takes place in ___________. Select one: a. reduced, Calvin Cycle b. reduced, Citric Acid Cycle c. oxidized, Citric Acid Cycle d. oxidized, Calvin Cycle

Which of the following pathways will split water and produce oxygen Select one: a. Gluconeogenesis b. Photosystem II c. Calvin Cycle d. Photosystem I e. Rubisco

A. Highlight all the organisms that CAN do photosynthesis  (you might need to google search what these are)  Venus fly trap Mycorrhizal fungus Cyanobacteria     Red algae    Sponges    Corn (Zea mays) B. Summarize the purpose of photosynthesis______ C. How could you tell or measure the rate of photosynthesis? ____ D.  What is a redox reaction? ___   E. When the water molecule donates its electron to the chlorophyll molecule the water molecule was ______ while the chlorophyll was ______.  F. When the carbon chain gains electrons from NADPH the carbon chain has been _____. G. Discuss how the chloroplast structure is arranged using the following terms (include picture too) chloroplast,  thylakoid,  stroma,  chlorophyll,  H. Light reaction and Calvin cycle:  what is the overall purpose of each one?

Where does the following reaction take place: isomerization of the 6-carbon molecule citrate Select one: a. cytosol b. Calvin cycle c. Photosynthetic electron transport chain d. Cell membrane e. mitochondria