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Across
4. Energy that drives diffusion KINETIC
6. Diffusion that doesn't require extra energy but uses proteins FACILITATED
8. Equal solute concentration inside and outside of the cell so water moves at equal rates
ISOTONIC
10. Diffusion of water molecules across a membrane OSMOSIS
12. Carrier proteins change this in order to move materials like glucose across cell membranes
SHAPE
14. Plant cells wilting due to a lose of water PLASMOLYSIS
15. Pressure produced by water pushing outward against the cell wall of plant cells TURGOR
17. Transport across cell membranes that requires energy or ATP ACTIVE
18. Cell drinking PINOCYTOSIS
19. How charged particles like Na+ and K+ move across membranes ION CHANNELS
20. Concentration of molecules is the same throughout the space EQUILIBRIUM
21. Active transport that uses vesicles to remove wastes and cell products from a cell
EXOCYTOSIS
22. Solute concentration is higher inside the cell than outside so water moves into the cell
HYPOTONIC SOLUTION
Down
1. Solute concentration greater outside the cell than inside so water moves out of the cell
HYPERTONIC SOLUTION
2. Active transport pump that helps move materials from low to high concentrations SODIUM
POTASSIUM
3. Passive transport from an area of high to an area of low concentration DIFFUSION
5. Type of active transport that moves large particles into a cell through vesicles ENDOCYTOSIS
7. Vacuoles that help one-celled organisms pump out excess water CONTRACTILE
9. The difference in the concentration of molecules across a distance CONCENTRATION
GRADIENT
11. Cells bursting from excess water pressure inside them CYTOLYSIS
13. Proteins used during facilitated diffusion CARRIER
14. Cell eating PHAGOCYTOSIS
16. Transport that doesn't require energy PASSIVE