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BIO 150 MALLORY FINAL EXAM|| ACTUAL
FINAL EXAM ALL 100 QUESTIONS AND 100%
CORRECT ANSWERS ALREADY GRADED A+||
LATEST AND COMPLETE UPDATE 2025 WITH
VERIFIED SOLUTIONS|| ASSURED PASS!!
Leghemoglobins - ANSWER: Facilitate the diffusion of oxygen
Molecular Processes within Photosynthesis - ANSWER: Capture of photon
energy, redox reactions, photophosphorylation, Reduction
Light Reactions - ANSWER: Chlorophyl absorbs light which creates a proton
gradient that makes ATP and reduces NADP to NADPH
Dark Reactions - ANSWER: Thermochemical reactions catalyzed via enzymes
Meristematic Cells - ANSWER: Give rise to proplastids like: leucoplats,
chromoplasts, chloroplasts
Leucoplasts - ANSWER: Amyloplasts, aleouplasts, elaioplasts
Chromoplasts - ANSWER: Synthesis and storage of cartenoid pigments
Pyrenoids - ANSWER: Carbon Concentrating Centers for CO2 reduction
Caretonoids - ANSWER: Carotenes and xanthophylls
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Absorbtion Spectra - ANSWER: Amount of light absorbed vs. wavelength
(doesn't tell if pigment involved in photosynthesis)
Action Spectra - ANSWER: O2 released vs. wavelength
Induced resonance - ANSWER: Vibrational e- excitation is passed from
chlorophyll molecule to chlorophyll molecule
Non-cyclic Photosynthetic Electron Flow - ANSWER: Does not return electron to
its source, generating NADPH an extra ATP
Cyclic Photosynthetic Electron Flow - ANSWER: Flow back generating NADPH
Oxygen Evolving Complex - ANSWER: catalyzes the oxidation of water into
dioxygen, protons and electrons
Chemiosmosis - ANSWER: How a chloroplast proton gradients makes ATP
Calvin Cycle - ANSWER: 3 phases, Carbon Fixation, Reduction, Regeneration;
REVERSE GLYCOSIS
Rubisco (RuBP) - ANSWER: an 1CO2 + 5C RuBP ---> PGA
C4 Pathway - ANSWER: A photosynthetic process utilizing enzymes; PEP
carboxylase, Rubisco
Telophase - ANSWER: final stage of cell division, chromosomes move to
opposite ends of the cell and two nuclei are formed
BIO 150 MALLORY FINAL EXAM|| ACTUAL
FINAL EXAM ALL 100 QUESTIONS AND 100%
CORRECT ANSWERS ALREADY GRADED A+||
LATEST AND COMPLETE UPDATE 2025 WITH
VERIFIED SOLUTIONS|| ASSURED PASS!!
Leghemoglobins - ANSWER: Facilitate the diffusion of oxygen
Molecular Processes within Photosynthesis - ANSWER: Capture of photon
energy, redox reactions, photophosphorylation, Reduction
Light Reactions - ANSWER: Chlorophyl absorbs light which creates a proton
gradient that makes ATP and reduces NADP to NADPH
Dark Reactions - ANSWER: Thermochemical reactions catalyzed via enzymes
Meristematic Cells - ANSWER: Give rise to proplastids like: leucoplats,
chromoplasts, chloroplasts
Leucoplasts - ANSWER: Amyloplasts, aleouplasts, elaioplasts
Chromoplasts - ANSWER: Synthesis and storage of cartenoid pigments
Pyrenoids - ANSWER: Carbon Concentrating Centers for CO2 reduction
Caretonoids - ANSWER: Carotenes and xanthophylls
, 2|Pag e
Absorbtion Spectra - ANSWER: Amount of light absorbed vs. wavelength
(doesn't tell if pigment involved in photosynthesis)
Action Spectra - ANSWER: O2 released vs. wavelength
Induced resonance - ANSWER: Vibrational e- excitation is passed from
chlorophyll molecule to chlorophyll molecule
Non-cyclic Photosynthetic Electron Flow - ANSWER: Does not return electron to
its source, generating NADPH an extra ATP
Cyclic Photosynthetic Electron Flow - ANSWER: Flow back generating NADPH
Oxygen Evolving Complex - ANSWER: catalyzes the oxidation of water into
dioxygen, protons and electrons
Chemiosmosis - ANSWER: How a chloroplast proton gradients makes ATP
Calvin Cycle - ANSWER: 3 phases, Carbon Fixation, Reduction, Regeneration;
REVERSE GLYCOSIS
Rubisco (RuBP) - ANSWER: an 1CO2 + 5C RuBP ---> PGA
C4 Pathway - ANSWER: A photosynthetic process utilizing enzymes; PEP
carboxylase, Rubisco
Telophase - ANSWER: final stage of cell division, chromosomes move to
opposite ends of the cell and two nuclei are formed
