Post-Activity Assignment: Mapping Photosynthesis Consider the attached concept map making note of the four incomplete concepts (labeled 1-4). Complete the map by supplying appropriate concepts in blanks \( 1-4 \) using the terms below as options for each blank. 1. Concept choices: a. Citric acid cycle/Krebs cycle b. Photorespiration c. Calvin cycle d. Chemiosmosis e. Fermentation 2. Concept choices: a. Mitochondrial matrix b. Thylakoid membrane c. Stroma d. Stomata e. Bundle sheath cells 3. Concept choices: a. Glucose b. Ribulose biphosphate (RbBP) c. Glycolate d. PEP carboxylase e. ATP 1. 4. Concept choices: a. Nucleic acids b. Proteins c. Lipids d. Carbohydrates e. ATP (RP

Photosynthesis is a fascinating process that transforms sunlight into energy, ultimately fueling most life on Earth. The journey begins in the chloroplasts where light reactions occur in the thylakoid membrane, leading to the production of ATP, which is pivotal for the next phase: the Calvin cycle in the stroma. Here, carbon dioxide is fixed, and glucose is synthesized! In addition, understanding photosynthesis isn't just academic; it plays a crucial role in agriculture and environmental science. Knowledge of how plants convert sunlight can lead to advancements in crop yields and energy-efficient farming practices. By enhancing photosynthesis through genetic engineering or improved farming techniques, we can help address food security and combat climate change, making the world a greener place!