Match each plant structure involved in photosynthesis and nutrient transport with its primary physiological function.
- Thylakoid membraneSplits water molecules via photolysis and drives light-dependent reactions to generate ATP and NADPH
- StromaContains carbon-fixing enzymes to convert carbon dioxide into carbohydrates during the Calvin cycle
- StomataRegulates gas exchange and transpiration through opening and closing of microscopic epidermal pores
- PhloemTranslocates synthesized sugars and organic metabolites from source tissues to sinks
Cevap
Thylakoid membrane matches light-dependent photolysis and ATP/NADPH generation; Stroma matches carbon fixation during the Calvin cycle; Stomata matches regulation of gas exchange and transpiration; Phloem matches translocation of synthesized sugars.
Each plant structure correctly pairs with its distinct role: the thylakoid membrane drives light absorption and water photolysis; the stroma contains enzymes for carbohydrate assembly in the Calvin cycle; stomata regulate diffusion of gases; and phloem distributes synthesized sucrose.
Adım Adım Çözüm
Anahtar Kavram
Compartmentalization of photosynthetic reactions and vascular transport in plants
Tahmini Süre:1m 30s