Jeopardy Photosynthesis & Respiration Q $100 Q $100 Q $100 Q $100 equation Cell Respiration equation Aerobic C.R. Anaerobic C.R. Photosynthesis & Respiration Q $100 Q $100 Q $100 Q $100 Q $100 Q $200 Q $200 Q $200 Q $200 Q $200 Q $300 Q $300 Q $300 Q $300 Q $300 Q $400 Q $400 Q $400 Q $400 Q $500 Q $500 Q $500 Q $500 Final Jeopardy

$100 Question from H1 This reactant of photosynthesis is in liquid form?

$100 Answer from H1 H2O Water

$200 Question from H1 H2O + CO2 + Sunlight -> What products do these reactants give us?

$200 Answer from H1 -> C6H12O6 + O2 Glucose and Oxygen

$300 Question from H1 If you were to increase the light intensity on a plant , what could you expect to happen to the rate or speed of the products ( Oxygen and Glucose)?

$300 Answer from H1 The rate of the products would speed up, as you increase the intensity of light.

$400 Question from H1 H2O + CO2 +Sunlight -> Glucose + Oxygen If we completely remove H2O from the equation above, What can we expect to happen?

$400 Answer from H1 The creation of the products would decrease or not happen At all.

$500 Question from H1 What type of organism is most likely to use this equation H2O + CO2 +Sunlight -> Glucose + Oxygen

PLANTS and/or SOME BACTERIA $500 Answer from H1 PLANTS and/or SOME BACTERIA

$100 Question from H2 This reactant of Cellular Respiration makes up 19 percent of our atmosphere, we breath it in.

$100 Answer from H2 OXYGEN O2

$200 Question from H2 The two types of Cell Respiration are?

$200 Answer from H2 Aerobic and Anaerobic Cellular Respiration .

$300 Question from H2 This product of Cellular Respiration Increases as we exercise ( think of our Lab).

$300 Answer from H2 Carbon Dioxide CO2 Or ENERGY (ATP)

$400 Question from H2 If we were to remove O2 from the equation what would happen? O2+ C6H12O6 (glucose)  CO2 + H2O + ATP (Energy)

$400 Answer from H2 Product formation would cease.

$500 Question from H2 What is the whole equation for Cellular Respiration?

$500 Answer from H2 O2+ C6H12O6 (glucose)  CO2 + H2O + ATP (Energy)

$100 Question from H3 This type of Cellular respiration requires what gas?

$100 Answer from H3 O2 OXYGEN

$200 Question from H3 How much ATP (energy) molecules does this type of Cellular Respiration make?

$200 Answer from H3 36 to 38 ATP

$300 Question from H3 The correct steps of this type of Cellular Respiration are?

$300 Answer from H3 Glycolysis  Krebs Cycle  Electron transport chain (ETC)

$100 Question from H4 This type of Cellular Respiration DOES NOT require this Gas?

$100 Answer from H4 OXYGEN O2

$200 Question from H4 Anaerobic Cellular Respiration is also known as

$200 Answer from H4 FERMENTAION

$300 Question from H4 The two types of Fermentation are?

$300 Answer from H4 Lactic Acid Fermentation Alcoholic Fermentation

$400 Question from H4 The Steps in anaerobic Cellular Respiration are?

Glycolysis  Krebs Cycle $400 Answer from H4 Glycolysis  Krebs Cycle

$500 Question from H4 How much ATP does this process yield?

$500 Answer from H4 2 ATP.

$100 Question from H5 In what organelle does photosynthesis Occur?

$100 Answer from H5 The chloroplast

$200 Question from H5 In what organelle does cell Respiration occur?

$200 Answer from H5 The mitochondria

$300 Question from H5 What are the products of PHOTOSYNTHESIS? (what goes on the right side of the arrow)

$300 Answer from H5 Oxygen and glucose

$400 Question from H5 What are the products of cell respiration?

$400 Answer from H5 ATP, Water, and Carbon dioxide

$500 Question from H5 Why are photosynthesis and cell respiration considered opposites?

$500 Answer from H5 Photosynthesis: carbon dioxide + water + light = oxygen+ sugar Cellular Respiration: oxygen + sugar = carbon dioxide + ATP + water

Final Jeopardy Define the difference between mutualism, commensalism, and parasitism.

Final Jeopardy Answer Mutalism=both benefits Parasitism=one is harmed Commensalism= one benefits