Comparison Matching Question: Match each of the following with the appropriate r

Question

Comparison Matching Question: Match each of the following with the appropriate response a. C3 plant b. C4 plant c. CAM plant d. C3 & C4 plants e. C3 & CAM plants . C4& CAM plants g. all (C3, C4, CAM) h. none (C3, C4, CAM tobacco is an example maize is an example Cacti and bromeliad are examples 210b evolved in hot, dry environments have the enzyme rubisco 6. have the enzyme PEP carboxylase have a well developed bundle sheath produce PGA malate is the first product of carbon fixation has one major chloroplast-containing cell . PGA is the first product of carbon fixation 1.readily detectable photorespiration 12. highest CO2 compensation point 1 16 17 4.highest transpiration rate 5. fixes carbon dioxide during the daytime . fixes carbon dioxide at night highest yields requires more energy per carbon dioxide fixed leaves exhibit Kranz anatomy 84 19 20. 21. 22. 3. 0 has the lowest temperature optimum for photosynthesis open stomata during the day 2 24 chloroplasts of two types (one typical, one with little stroma) temporal separation of carbon fixation and the Calvin cycle spatial separation of carbon fixation and the Calvin cycle oxygen inhibits least efficient water utilization (g H20/g dry weight) produce glucose during the Calvin cycle 27 S. __make starch in the chloroplasts 29 make sucrose in the chloroplasts

Explanation / Answer

A) C3 plants - Tobacco (1), RUBISCO (5), PGA (8), produces PGA as first molecule (9), photorespiration (11), highest compensation point (13), major chloroplast containing cell (12), highest transpiration (14), lowest temperature during….(20), 25 (oxygen inhibits), least efficient water utilization (26), produce glucose ….(27)

B) C4 plants -  maize (2), bundle sheath cell (7), kranz anatomy (19), two type of chloroplast (22), temporal separation of CO2 fixation (23),

C) CAM plants - cacti and bromeliad (3), Malate (10), fixes carbon dioxide at night tine (16), Spatial separation of CO2 fixation (24),

D) C3 and C4 plants: carbon fixation day time (15), stomata open (21),

E) C3 and CAM plants:

F) C4 and CAM plants: evolved in hot and dry environment (5), PEP carboxylase (6), require more energy for CO2 fixation

G) All (C3, C4, and CAM): starch in chloroplast (28),

H) None: sucrose in chloroplast (29)

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