$100 Question from Topic 1

$100 Question from Topic 1 Name the stages of photosynthesis

$100 Answer from Topic 1 • Light Reaction • Calvin Cycle

$200 Question from Topic 1 When energy is used, ATP is broken down into?

$200 Answer from Topic 1 ADP + P

$300 Question from Topic 1 Where does the stages of photosynthesis take place? (Name both)

$300 Answer from Topic 1 • Light Reaction-Thylakoid • Calvin Cycle-Stroma

$400 Question from Topic 1 Label #1-5

$400 Answer from Topic 1 #1 = ___________________ #2 = ___________________ #3 = ___________________ #4 = ___________________ #5 = ___________________ WATER OXYGEN Carbon dioxide SUGAR Light energy

$500 Question from Topic 1 For Answer click return Label molecules of the light dependent reactions

$500 Answer from Topic 1 PHOTOSYSTEM II #1 = ___________________ #2 = ___________________ #3 = ___________________ #4 = ___________________ PHOTOSYSTEM I Electron Transport Chain ATP Synthase

$100 Question from Topic 2 Name the 3 stages of cellular respiration

$100 Answer from Topic 2 • Glycolysis • Kreb’s Cycle • ETC

$200 Question from Topic 2 The stage that is part of BOTH cellular respiration and fermentation AND where it takes place.

$200 Answer from Topic 2 Glycolysis-Cytoplasm

$300 Question from Topic 2 Name the location for each stage in Cellular Respiration

$300 Answer from Topic 2 • Glycolysis-cytoplasm • Kreb’s Cycle-Matrix of mitochondria • ETC-Inner membrane of mitochondria

$400 Question from Topic 2 What does Glycolysis produce? (Name all three with the quantity of each)

$400 Answer from Topic 2 • 1) Glycolysis: Produces: • a net gain of 2 ATP • 2 NADH (e- carriers) • 2 Pyruvate

$500 Question from Topic 2 Name how many ATP each stage produces in Cellular respiration and the TOTAL in cellular respiration

$500 Answer from Topic 2 • Glycolysis- 2 ATP • Kreb’s Cycle-2 ATP • ETC-32 or 34 • TOTAL: 36 or 38

$100 Question from Topic 3 In ______A________fermentation, bubbles produced are an indicator of_____B______ being released…

$100 Answer from Topic 3 A-Alcoholic Fermentation B-CO2

$200 Question from Topic 3 The equation for photosynthesis and cellular respiration

$200 Answer from Topic 3 Photosynthesis: 6CO2 + 6H2O + Light energy  6O2 + C6H12O6 Cellular Respiration: 6O2 + C6H12O6 6CO2 + 6H2O + 36 or 38 ATP

$300 Question from Topic 3 1) Name the electron carries in for both photosynthesis and cellular respiration

$300 Answer from Topic 3 Photosynthesis: NADPH Cellular Respiration: NADH FADH2

For Answer click return $400 Question from Topic 3 Define the following: Obligate aerobes Obligate anaerobes Facultative anaerobes

$400 Answer from Topic 3 Obligate aerobes-NEEDS OXYGEN Obligate anaerobes-CAN’T HAVE OXYGEN Facultative anaerobes-can live with or without

For Answer click return $500 Question from Topic 3 • What does the 1 ½ stage produce PER cycle (1 pyruvate)? • What does the Kreb’s cycle produce PER cycle (1 acetyl coA)

$500 Answer from Topic 3 • 1) ½ stage: Per turn (cycle) for each pyruvate: • 1 NADH • 1 CO2 • 1 acetyl coA • 2) Kreb’s cycle: Per turn (cycle) for each acetyl coA: • 1 ATP • 3 NADH • 1 FADH2 • 2 CO2

$100 Question from Topic 4 For Answer click return The enzyme that combines CO2 and RuBP at the beginning of the Calvin Cycle

$100 Answer from Topic 4 Rubisco

$200 Question from Topic 4 For Answer click return The pigment that makes the plant green and the pigment that makes the plant orange

$200 Answer from Topic 4 • Chlorophyll • Caratenoids

$300 Question from Topic 4 For Answer click return Difference between endergonic and exergonic Difference between anabolic and catabolic

$300 Answer from Topic 4 • Exergonic (Exothermic) • Cellular Respiration • Energy (ATP) is released when glucose is broken down • Endergonic (Endothermic) • Photosynthesis • Energy (ATP) is NEEDED (consumed) to put together glucose from CO2, H20 and sunlight • Catabolic pathways • Break down complex molecules into simpler compounds • Release energy • Ex: Cellular Respiration • Anabolic pathways (“add”) • Build complicated molecules from simpler ones • Sometimes called “biosynthetic pathways” • Consume energy • Ex: Building protein from amino acids

$400 Question from Topic 4 For Answer click return List the INPUT and OUTPUT for each type of fermentation

$400 Answer from Topic 4 • Lactic Acid Fermentation- • Input: Glucose • Output: 2 ATP, Lactate 2) Alcoholic Fermentation - Input: Glucose Output: 2 ATP, CO2, and ethanol

$500 Question from Topic 4 For Answer click return Difference between photosystem II and photosystem I

$500 Answer from Topic 4 • Photosystem II → • 1) Chlorophyll and other light-absorbing pigments absorb energy from the sun • Energy transferred to e-  high energy e- leave the chlorophyll and go to the ETC (electron transport chain) • 2) H2O molecules are broken down • Electrons come from H2O • Oxygen is released • Photosystem I → • 4) More energy is absorbed from sunlight • Energy is added to e- from Photosystem II • Excited e- leave the molecules • 5) E- are added to NADP+which then becomes NADPH

For Answer click return $100 Question from Topic 5 What is the enzyme that make ATP through oxidative phosphorylation?

$100 Answer from Topic 5 ATP synthase

For Answer click return $200 Question from Topic 5 What does ETC from Cellular respiration produce? (2)

$200 Answer from Topic 5 ETC: 32-34 ATP!!!! water (H2O)

For Answer click return $300 Question from Topic 5 • Name the final e- acceptor in the following: • Photosynthesis • Cellular Respiration

$300 Answer from Topic 5 Photosynthesis: NAD+ Cellular Respiration: O2

For Answer click return $400 Question from Topic 5 Inputs and Outputs of the Calvin Cycle:

$400 Answer from Topic 5 Inputs: CO2, ATP, and NADPH Outputs: Glucose, ADP NADP+

For Answer click return $500 Question from Topic 5 Molecules of chlorophyll use sunlight to split water into ….? ( list all three)

$500 Answer from Topic 5 O2 H+ e-

$100 Question from Topic 1