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JEOPARDY!

Cellular Transport. JEOPARDY!. Cellular Transport – Moving Particles. JEOPARDY!. JEOPARDY!. Plasma Membrane. Passive Transport. Definitely Diffusion. H 2 O Osmosis. Analyzing Pics. Active Transport. 100. 100. 100. 100. 100. 100. 200. 200. 200. 200. 200. 200. 300. 300.

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JEOPARDY!

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  1. Cellular Transport JEOPARDY!

  2. Cellular Transport – Moving Particles JEOPARDY!

  3. JEOPARDY! Plasma Membrane Passive Transport Definitely Diffusion H2O Osmosis Analyzing Pics Active Transport 100 100 100 100 100 100 200 200 200 200 200 200 300 300 300 300 300 300 400 400 400 400 400 400 500 500 500 500 500 500

  4. The plasma membrane has this permeability. $100

  5. What is SEMI permeability? $100

  6. These are small openings in the plasma membrane. $200

  7. What are PORES? $200

  8. The plasma membrane is made of these two components in a bilayer fashion. $300

  9. What are phosphates and lipids (phospholipid bilayer)? phosphates lipids $300

  10. The functions of proteins and carbohydrates that stick out from plasma membrane. $400

  11. What is to allow flexibility (proteins) and cell identification (carbs)? $400

  12. The reason why the plasma membrane is referred to as the “fluid mosaic model.” $500

  13. What is because it is flexible like fluid and made of many different components? $500

  14. Passive transport is responsible for moving this. $100

  15. What are solutes? $100

  16. Passive transport moves particles in this direction. $200

  17. What is WITH the concentration gradient? $200

  18. This type of passive transport is responsible for moving water particles. $300

  19. What is osmosis? $300

  20. Diffusion will happen in order for the cell to reach this. $400

  21. What is equilibrium? $400

  22. This passive transport occurs when particles are too large to move through pores. $500

  23. What is carrier-facilitated diffusion? $500

  24. The number of solutes that will move down in this scenario. $100

  25. What is 6? $100

  26. The direction in which diffusion will occur in this instance. $200

  27. What is OUT of the cell? $200

  28. Carrier-facilitated diffusion is needed under these conditions. $300

  29. What is when solutes are too large to fit through the plasma membrane? $300

  30. 80% particles (inside cell) 20% particles (outside cell) The direction and amount of diffusion according to the cell below. $400

  31. What is OUT of the cell and 30%? 50% particles (inside cell) 50% particles (outside cell) Diffusion of particles $400

  32. 30% particles (inside cell) 70% particles (outside cell) The direction and amount of diffusion according to the cell below. $500

  33. What is INTO the cell and 20%? 50% particles (inside cell) DIFFUSION 50% particles (outside cell) $500

  34. The direction of osmosis in the picture below. $100

  35. What is to the RIGHT? $100

  36. The type of solution represented by the cell below. $200

  37. What is a HYPERTONIC solution? $1200

  38. This happens when a cell is placed in a hypotonic solution. $300

  39. What is swell and possibly burst? $300

  40. Daily Double!!! This is the reason why cells in an isotonic solution do not change shape. $400

  41. What is because the cells are in equilibrium with the solution already? $400

  42. This occurs to plants when submerged into a hypertonic solution. $500

  43. What is wilt? $500

  44. The solution shown in picture C. $100

  45. What is HYPOTONIC? $100

  46. 63% H2O 37% solute 90% H2O 10% solute The type of solution shown below. $200

  47. What is HYPERTONIC? 63% H2O 37% solute 90% H2O 10% solute $200

  48. ? What the U-tube will look like after diffusion and/or osmosis occurs. $300

  49. What is OSMOSIS will move water to the RIGHT? $300

  50. The EXACT process occurring here. $400

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