Across Down 1 Overall is photosynthesis an anabolic or 2 Enzyme that produces ATP by oxidative phosphorylation 3 Chlorophyll. wavelengths of light 4 Number of water molecules needed to make two glucose molecules 5 In a chemical reaction, molecules that gain H (e-) are catabolic reaction? 6 Number of coz molecules required to make a single glucose blue and red チ ions form a concentration gradient that drives ATP synthesis 10 Organelle wnere photosynthesis occurs 12 Source of inorganic carbon that is converted into G3P in the calvin cycle 13 Reduced electron carrier produced by light reactions 8 In a chemical reaction, molecules that lose H (e-) are 16 Location of photosystems i and I1: _membrane 17 Electrons move from the excited state when "activated" by light energy 9 Plants store excess glucose as. 10 Green pigment found in plant leaves 11 Light particle 14 On the electromagnetic spectrum the shorter the wavelength, the . 15 Source of released oxygen during state to the the energy photosunthesis

Which of the below cellular processes requires input of ATP energy? Group of answer choices ATP-synthase creating ATP Na+-K+-ATPase (sodium-potassium pump) activity Simple diffusion Pyruvate Oxidation The Electron Transport Chain

5. Electron transport chain ATPS made H2O made NADH and FADH2 molecules dump their electrons onto membrane of the mitochondria called the the matrix of the mitochondria. This creates a proton gradient. The electrons are then passed from one protein to another and is then accepted by embedded in the inner The protons are then pumped outside and combined with H+ to make ATP synthase allows H- to get back in the matrix of the mitochondria which releases energy. This energy is used to make

13. Fill in the blanks using the keywords. +2 +2 NADH +NAD+2 2 coenzyme A MITOCHONDRIA + CO₂ Keywords 2ATP (used twice) 34 ATP 4CO2 Glucose H₂O Pyruvate NADH Glycolysis Krebs cycle +6 NADH + 2FADH₂ ELECTRON TRANSPORT SYSTEM TO PRODUCE cytoplasm O ] 02