1 Draw a concept map for photosynthesis and cellular respiration in plants 2 What is the equation for photosynthesis 3 Draw a cholorplast a Where does the calvin cycle occur 4 The light reactions of photosynthesis use and produce In animal cell identify chloroplast 5 6 Draw chloroplast identify the stroma thylakoid 7 Which of the following are products of the light reactions that are used in the a Carbon dioxide oxygen b NADPH NADP c Carbon dioxide sugar d NADPH Oxygen e Water NADPH calvin cycle a ATP and NADPH b Electrons and H c ADP Pi and NADP d Co2 and glucose e H2O and O2 8 Where does the calvin cycle take place a Stroma of the chloroplast b Interior of the thylakoid c Outer membrane of the chloroplast d Thylakoid membrane e Cytoplast surrounding the chloroplast 9 When oxygen is released as a result of photosynthesis it is a direct by product of a Chemiosmosis b Electron transfer system of photosystem 2 c Spitting water molecules d Reducing NADP e The electron transfer system of photosystem 1 10 Flow chart with photosynthesis and wavelengths of light 11 Draw photosystem 1 and 2 and label things in both 12 Electron transport step and if there is an energy input or not 13 Draw out proton gradient and label all parts 14 Which term describes ATP production resulting from the capture of light energy by chlorophyll a Substrate level phosphorylation b Photophosphorylation c Oxidative phosphorylation d Dephosphorylation directly drives ATP synthesis a Temperature gradient b Electrons c Proton gradient d Osmotic gradient a Inorganic phosphate 15 According the the chemiosmotic hypothesis what provides the energy that 16 Which of the following particles can pass through the ATP synthase channel b ATP c ADP d protons 17 Chloroplast membrane vesicles are equilibrated in a simple solution of pH 5 the solution is then adjusted to pH 8 which of the following conclusions can be drawn from these experiemental conditions a Protons will not diffuse towards the outside of the vesicles b ATP will not be produced bc there is no ADP and inorganic phosphate in the solution c ATP will be produced bc the proton gradient favors proton movement through the ATP synthase channels d The change in the solutions pH results in a gradient across the chloroplast membrans such that there is a lower concentration of protons inside the vesicles and a higher concentration outside 18 Draw out light reactions and what happens 19 Which of the following is a product of the light reactions in photosynthesis 20 When light strikes chlorophyll molecules they lose electrons which are a Water and CO2 b NADP and RuBP c High energy photons d G3P e Oxygen ATP and NADPH ultimately replaced by a Fixing carbon b Splitting water c Oxidizing glucose d Removing them from NADPH e Breaking down ATP harvesting complex 21 In the thylakoid membranes what is the role of the pigment molecules in light a Concentrate protons within the stroma b Transfer electrons to ferredoxin and then NADPH c Transfer light energy to the reaction center chlorophyll d Split water and release oxygen to the reaction center chlorohyll e Synthesize ATP from ADP and Pu 22 Which of the following are directly associated with photosystem 1 a Generation of molecular oxygen b Receiving electrons from the thylakoid membrane electron transport chain c Harvesting of light energy by ATP d Passing electrons to the thylakoid membrane electron transport chain e Extraction of hydrogen electrons from the splitting of water 23 Some photosynthetic organisms contain chloroplasts that lack photosystem 2 yet are able to survive The best way to detect the lack of photosystem 2 in these organisms would be a To test for liberation of O2 in the light b To test for CO2 fixation in the dark c To do experiments to generate an action spectrum d To determine if they have thylakoids in the chloroplasts e To test for production of either sucrose or starch 24 As a scientist you measure the amount of ATP and NADPH consumed by the calvin cycle in 1 hour You find 30 000 molecules of ATP consumed but only 20 000 of NADPH where did the extra ATP molecules come from a Photosystem 2 b Cyclic electron flow c Photosystem 1 d Linear electron flow e chlorophyll 25 Assume a thylakoid is somehow punctured so that the interior of the thylakoid is no longer separated from the stroma This damage will have the most direct effect on which of the following processes a The reduction of NADP b The synthesis of ATP c The splitting of water d The flow of electrons from ps2 to ps1 e The absorption of light energy by chlorophyll 26 Suppose the interior of the thylakoids of isolated chloroplasts were made acidic and then transferred in the dark to a pH 8 solution would would be likely to happen Isolated chloroplasts will generate o2 gas a b The isolated chloroplasts will reduce NADP to NADPH c The calvin cycle will be activated d Cyclic photophosphorylation will occur e The isolated chloroplasts will make ATP 27 In a plant cell where are the ATP synthase complexes located Inner mitochondrial membrane only a Plasma membrane only b c Thylakoid membrane only d Thylakoid membrane and inner mitochondrial membrane e Thylakoid membrane and plasma membrane 28 Where are the molecules ofh the electron transport chain found in plant cells 29 Generation of proton gradients across membranes occurs during a Stroma of chloroplasts b Cytoplasm c Thylakoid membranes of chloroplasts d Matrix of mitochondria e Outer membrane of mitochondria a Neither photosynthesis nor respiration b Respiration c Photorespiration d Both photosynthesis and respiration e photosynthesis 30 In thylakoids protons travel through ATP synthase from the thylakoid space to the stroma therefore the catalytic knobs of ATP synthase would be located a On the side facing the thylakoid space b On the pigment molecules of ps1 and ps2 c On the stromal side of the membrane d Built into the center of the thylakoid stack granum e On the ATP molecules themselves 31 Inputs and outputs of the light reactions 32 Inputs and outputs of the calvin cycle 33 In the light reactions light energy is used to oxidize to 34 The electrons derived from this oxidation reaction in the light reactions are used to reduce to 35 The calvin cycle oxidizes the light reactions product to 36 The electrons derived from this oxidation reaction in the calvin cycle are used to reduce to 37 Draw out the carbon cycle 38 What is the primary function of the calvin cycle a Transport RuBp out of the