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Energy and respiration

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  • Where in a eukaryotic cell does glycolysis occur?
    Cytoplasm
  • What is the direction of H+ movement in ETC?
    From matrix to intermembrane space
  • Which is false about glycolysis? A) Some ATP is consumed B) It releases 2 pyruvates and 2 CO2 C) Some ATP is produced through substrate-linked phosphorylation . D) It is a catabolic reaction.
    B
  • Where is ATP synthase protein located in mitochondria?
    inner membrane
  • What is the full name and the number of the unit/chapter we are studying this week in the coursebook?
    Energy and respiration, 12
  • How many ATP is produced in chemiosmosis if 2 reduced NAD and 4 reduced FAD are provided to ETC?
    11
  • Name a molecule which is produced in the cytoplasm and then broken down in the matrix of  mitochondria during respiration?
    pyruvate
  • Which molecule is the largest? Pyruvate, Citrate or Oxaloacetate?
    Citrate
  • What is the role of oxygen in aerobic respiration?
    Final electron acceptor
  • Which nitrogenous base and sugar are found in the structure of ATP
    adenine and ribose
  • True or False: The Krebs cycle is responsible for making most of the cell's ATP.
    False
  • How many carbon atoms does oxaloacetate contain?
    4
  • What are the three products of the link reactions?
    Acetyl CoA, CO2 and reduced NAD
  • True or False? Because it has 6 carbons, glucose can power 6 cycles ("turns") of the Krebs cycle.
    False
  • What does TP, the intermediate product of glycolysis, stand for?
    Triose phosphate
  • For one molecule of glucose, what is the maximum number of ATP molecules created directly from the Krebs cycle?
    2
  • In the Kreb's cycle, which molecule reacts with acetylCoA to form citrate?
    Oxaloacetate
  • How many pyruvate molecules are produced if 2 glucose molecules are consumed in glycolysis?
    4
  • Where in a cell does link reaction occur in aerobic respiration? 
    Matrix of mitochondria
  • How many reduced NAD molecules are released specifically from the glycolysis for each glucose molecule consumed?
    2
  • How many CO2 molecules are released from one complete Kreb's cycle?
    2