Question

1 drag and drop the cellular respiration structure to a similar structure in photosynthesis, and drag and drop the function to each structure. membrane with enzyme complexes allow gas diffusion semiliquid with enzymes for light dependent reactions matrix mitochondrion cristae organelle of photosynthesis chloroplast stroma thylakoid stomata

Explanation:

• Chloroplast is the organelle of photosynthesis (similar to mitochondrion in cellular respiration).
• Stroma is a semiliquid (like the matrix in mitochondria, but in chloroplast, stroma is for light - independent reactions, but here we match based on structure - semiliquid).
• Thylakoid has membrane with enzyme complexes (similar to cristae in mitochondria which also have membrane with enzyme complexes for electron transport chain, and thylakoid membrane has enzyme complexes for light - dependent reactions).
• Stomata allow gas diffusion (similar to the role in gas exchange in cellular respiration - although cellular respiration doesn't have a direct'stomata - like' structure, but in terms of gas movement, stomata in plants allow \(CO_2\) in and \(O_2\) out for photosynthesis, similar to gas exchange requirements for cellular respiration).

Answer:

• Chloroplast: Organelle of photosynthesis
• Stroma: Semiliquid with enzymes (for light - independent reactions, but matched here as semiliquid)
• Thylakoid: Membrane with enzyme complexes
• Stomata: Allow gas diffusion