Here are the best answers to each of your questions:
Question 9: Relationship between structure and function of the cell membrane.
- Answer: The lipids and proteins that make up the membrane allow it to be selective about what enters and leaves the cell.
Question 10: How proteins used for active transport differ from those used for facilitated diffusion.
- Answer: The proteins involved in active transport must be powered by ATP to work.
Question 11: Match terms to the correct section in the given diagram.
- Without the diagram, I can't help match the terms. Please provide the diagram or describe its features.
Question 12: Best description of homeostasis in living organisms.
- Answer: Maintaining a stable internal environment despite external changes.
Question 13: What happens to a cell placed in a solution of different salt concentrations?
- Answer: It will shrink as water moves out of it. (The salt concentration outside the cell is higher, causing water to leave the cell.)
Question 14: Benefit of muscle cells producing more mitochondria with regular exercise.
- Answer: Cellular respiration rates would increase in the individual's cells.
Question 15: Best analogy for how the body stores energy.
- Answer: The body storing energy is like a car holding gas: the car's gas tank keeps the gas until it is needed.
Question 16: Number label representing where cellular respiration occurs and ATP is produced.
- Answer: 3 (assuming label 3 refers to mitochondria where cellular respiration occurs).
Question 17: What is needed for cellular respiration to occur?
- Answer: Oxygen.
Question 18: Evidence supporting conversion during photosynthesis.
- Answer: Light energy is converted to chemical energy during photosynthesis.
Question 19: Effect of a damaged thylakoid membrane on photosynthesis.
- Answer: A damaged thylakoid would affect ATP synthesis.
Question 20: Relationship between photosynthesis and cellular respiration.
- Answer: Photosynthesis uses solar energy to create organic molecules; cellular respiration breaks down organic molecules to make ATP.
If you have further questions or need clarification on any of the answers, feel free to ask!