Pause and Reflect #1 (thru October 24, 2022)
Across
- 3. All cells are surrounded by one of these.
- 5. Cells are made-up of ___ like mitochondria.
- 6. Active transport moves materials ___ the concentration gradient across the cell membrane.
- 7. This kind of diffusion occurs when material moves through the cell membrane’s bilayer.
- 10. Prokaryotes have this organelle in common with plant and animal cells.
- 11. A form of active transport which moves large molecules out of the cell.
- 12. head In the phospholipid bilayer which makes-up the cell membrane, the ___ is polar (similar to magnetic).
- 17. This kind of diffusion occurs when a membrane protein helps move material across the cell membrane.
- 18. wall Prokaryotes have this protective structure in common with plant cells.
- 19. Passive transport across the cell membrane occurs from high ___ to low ___.
- 22. Cells are the basics ___ and functional unit for living things.
- 23. Materials move with or along the concentration ___ during passive transport across the cell membrane.
- 24. A form of active transport which moves large molecules into the cell.
Down
- 1. This organelle is the site of aerobic respiration in eukaryotes.
- 2. A properly functioning cell membrane is critical for maintain the cell’s ___, because it controls what enters and leaves the cell.
- 4. Cells with a nucleus and other membrane-bound organelles are referred to as ___.
- 8. Passive transport across the cell membrane does not require ___.
- 9. Cells are made-up of ___ like protein.
- 13. Cells which lack a nucleus and other membrane-bound organelles are referred to as ___.
- 14. wall The protective structure that sets plant cells apart from animal cells.
- 15. This is where ribosomes are assembled in eukaryotes.
- 16. tail In the phospholipid bilayer which makes-up the cell membrane, the ___ is nonpolar (similar to un-magnetic).
- 19. This structure is where photosynthesis happens in pant cells.
- 20. Any kind of cell transport which uses-up some of the cell’s energy.
- 21. The region where a prokaryote’s DNA ay be found.