I know that I don't have all of the terms for photosynthesis and cellular respiration...please let me know if you have any more :)!
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Terms : Hide Images
| A membrane-bound organelle that is the site of photosynthesis within the cell. It is located in all eukaryotic plant cells. | ||
| The narrow region between the inner and outer membranes of the chloroplast. | ||
| The site of the light-dependent part of photosyntesis and contains a lumen and a membrane. | ||
| Contains pigments, photosystems, ATP synthase, and an electron transport train and is responsible for the light-dependent aspect of photosynthesis. | ||
| A stack of thylakoids. | ||
| The connectors that bind different granum together. | ||
| The fluid that surround the thylakoids in the chloroplast and is the site of the Calvin Cycle of photosynthesis. | ||
| A plant pigment that reflects green light while absorbing all other wavelengths of light in the photosystem. | ||
| Sunlight + Water --> ATP + NADPH + Oxygen | ||
| ATP + NADPH + Carbon Dioxide --> G3P (Eventually Glucose) +Oxygen | ||
| Formed when water is split and light excites the electrons into travelling through the electron transport chain. | ||
| A molecule that is formed from ADP in the ATP Synthase where H+ ions move down their gradient. | ||
| Another name for the Calvin Cycle | ||
| The process in which carbon fixates to RuBP to form G3P (a sugar). | ||
| The number of cycles that the Calvin Cycle must travel in order to produce one glucose molecule. | ||
| The number of carbon dioxide molecules necessary for one cycle of the Calvin Cycle. | ||
| The process in which ATP is converted into glucose (energy storage). | ||
| The Calvin Cycle is a/ an _____________ process. | ||
| The inner part of the mitochondria where the Kreb's Cycle occurs. | ||
| The location of the glycolysis process in the cell. | ||
| Folds on the inner membrane where the ETC occurs. | ||
| The process that creates 2 pyruvate molecules. | ||
| The process that breaks down glucose molecules. | ||
| The production of ATP by the direct transfer of a high-energy phosphate group from an intermediate substrate in a biochemical pathway to ADP. | ||
| Products are NADH, 2 ATP, and 2 Pyruvate | ||
| The number of steps in glycolysis. | ||
| The Krebs Cycle is also known as the __________. | ||
| An enzyme that pyruvate is converted into before it enters the Krebs Cycle. | ||
| Products are ATP, FADH2, NADH, and carbon dioxide | ||
| Number of steps in the Krebs Cycle | ||
| Binds with the Acetyl CoA to begin the Krebs Cycle. | ||
| Increase the surface area of the mitochondria's inner membrane to allow for cellular respiration. | ||
| Produces water as a by-product. | ||
| The two types of fermentation. | ||
| The anaerobic alternative to cellular respiration. | ||
| Plants that spacially seperates the processes of photosynthesis and uses different enzymes to prevent photorespiration. | ||
| The type of plant that avoids photorespiration by opening their stomata at night and closing them within the day (time). | ||
| A part of light-dependent reactions that contains a light-harvesting complex and a reaction-center complex. | ||
| The only product of the cyclic flow of the light-dependent reaction. | ||
| The number of ATP molecules necessary to create one G3P molecule in the Calvin Cycle. | ||
| The number of NADPH molecules necessary to create one G3P molecule in the Calvin Cycle. | ||
| The combination of the electron transport chain and chemiosmosis. | ||
| The ETC is a/ an __________ process. | ||
| The final acceptor of electrons in the ETC that forms water. | ||
| Allows for glycolysis to run continuosly without oxygen. | ||
| Regenerates the NAD+ necessary to run glycolysis. | ||
| The location of the fermentation process in the cell. |
