Test 3 Bonus Spring 2021 GENATION A LAS IM L MOTOCHONDRO Y O GETTE T WAVE RUBO SC CSGOWEC- COOK ZOEPEC3m Text Y TROMA lo DO PYRUVATI OXIDATIVE PHOTON to COFFER the ACROSS 1 In this type of reaction tost electrons are accompanied by protons 3 The theoretical ATP yield from these organisms is 32 4 The site of glycolysis 10 Pyruvate oxidation reactions happen here. 13 Lower wavelengths of light have energy 14 The final electron acceptor is an organic molecule in this metabolic pathway 16 This enzyme which catalyzes the first step of the Calvin cycle. This enzyme can bind both CO2 and 02. The binding of O2 is favored during photorespiration 18 Site of the Calvin cycle in plant cells 19 The 3 carbon molecule that is produced in glycolysis 21 This type of phosphorylation to synthesize ATP is performed by ATP synthase in the mitochondria, and is powered by the proton gradient created by the electron transport chain 22 A particle of light 23 During the carbon fixation reactions, plants fix carbon dioxide to produce this molecule. DOWN 2 This molecule is regenerated by the citric acid cycle 5 The light reactions of photosynthesis take place in membrane 6 This type of organism can create its own chemical energy through photosynthesis. Referred to as self-feeder 7 Accessory pigments that do not absorb yellow- red visible light 8 Synthesis of ATP through substrate level phosphorylation happens during this pathway of respiration 9 Photosystem il replaces lost electrons through the splitting of this molecule. 10 These atoms are found in photosystem II and take part in the splitting of water molecules to release 02 11 These plants open their stomata at night and close them during the day 12 The chemical reaction where an amino group is removed involved in the catabolism of proteins 15 Chlorophyll does NOT green visible light 17 This set of reactions in glycolysis involves the input of ATP to add 2 phosphate groups to a glucose molecule 20 This center, found in both photosystems is made up of 1 or more chlorophylla molecules