#1. How many molecules of water are needed by a green plant to produce one molecule of hexose/reduce 6 molecules 12 12 24 24 6 6 1 1 #2. The chemical fomula of bacteriochlorophyll is C55H73O5N4Mg C55H73O5N4Mg C55H74O6N4Mg C55H74O6N4Mg C55H70O4N4Mg C55H70O4N4Mg C55H72O5N4Mg C55H72O5N4Mg #3. In addition to the 12 molecules of NADP.H2 the energy required for the synthesis of one mole of hexose by C3 30 & 18 molecules of ATP respectively 30 & 18 molecules of ATP respectively 18 & 30 molecules of ATP respectively 18 & 30 molecules of ATP respectively 30 molecules of ATP 30 molecules of ATP 18 molecules of ATP 18 molecules of ATP #4. C2 and C3 cycles predominantly operates in Peroxisome and strorna Peroxisome and strorna Stroma and grana of chloroplast Stroma and grana of chloroplast Mitochondria and peroxysome Mitochondria and peroxysome Cytoplasm and mitochondria Cytoplasm and mitochondria #5. Basic structure of all chlorophyll comprises of Plastocyanin Plastocyanin Porphyrin system Porphyrin system Cytochrome sytem Cytochrome sytem Flavoprotiens Flavoprotiens #6. Sythesis of fructose in C4 pathway occurs in the chloroplast of Palisade tissue Palisade tissue Spongy mesophyll Spongy mesophyll Bundle sheath cells Bundle sheath cells Gaurd cells Gaurd cells #7. In pigment system-II the trapping centre of light energy is - P-680 P-680 P-700 P-700 Xanthopyll Xanthopyll Carotene Carotene #8. In C4 pathway the fixation of CO2 by PEPCase occurs in Bundle sheath Bundle sheath Palisade tissue Palisade tissue Mesophyll Mesophyll Gaurd cell Gaurd cell #9. Chlorophyll `e' is generally present in Thallophytes Thallophytes Rhodophytes Rhodophytes Mycophytes Mycophytes Xanthophytes Xanthophytes #10. Most efficient photosynthesis & presence of bundle sheath chloroplast are characteristics of C3 plants C3 plants C4 plants C4 plants C2 plants C2 plants CAM plants CAM plants NEXT PAGE » Results