1. Cell Transport Biology Review 2009 1

2. ATP is the molecule used for energy made by the cell 2 1.True 2.False 10

3. Water leaves the cell in a hypertonic solution 3 1.True 2.False 10

4. Diffusion is the only type of passive transport that does not require energy 4 1.True 2.False 10

5. When plants wilt they no longer have turgor pressure 5 1.True 2.False 10

6. The phospholipid bilayer is not semipermeable 6 1.True 2.False 10

7. Endocytosis does not require energy 7 1.True 2.False 10

8. Cytolysis is when a plant explodes due to an hypotonic environment 8 1.True 2.False 10

9. Exocytosis is when the cell takes things in 9 1.True 2.False 10

10. Passive transport moves molecules against the concentration gradient 10 1.True 2.False 10

11. Isotonic is when there is no net changed – however water is still moving across the membrane 11 1.True 2.False 10

12. What term means the concentration from inside the cell to outside the cell 12 1.Hypertonic 2.Hypotonic 3.Concentration gradient 4.Osmosis 10

13. When a cell is at equilibrium we can say the solution is _______ 13 1.Hypotonic 2.Hypertonic 3.Isotonic 4.Osmosis 10

14. This is a type of passive transport – no energy is required 14 1.Diffusion 2.Active transport 3.Osmosis 4.Exocytosis 5.Both 1 and 3 10

15. Moving liquids inside the cell 15 1.Endocytosis 2.Exocytosis 3.Phagocytosis 4.Pinocytosis 10

16. If there is more solute out side the cell the water will 16 1.Move out- hypertonic 2.Move in- hypotonic 3.Stay the same- isotonic 10

17. This is the removal of large particles from inside the cell. 17 1.Endocytosis 2.Exocytosis 3.Osmosis 4.Diffusion 10

18. When the solute is greater inside the cell water will 18 10 1. Move out- hypertonic 2. Move in- hypotonic 3. Stay the same- isotonic

19. A passive transport that is talking about the movement of water across a membrane 19 1.Diffusion 2.Facilitated diffusion 3.Osmosis 4.Active transport 10

20. Phagocytosis and pinocytosis are examples of 20 1.Osmosis 2.Diffusion 3.Endocytosis 4.Exocytosis 10

21. The movement of molecules from an area of high concentration to a low concentration 21 1.Osmosis 2.Diffusion 3.Endocytosis 4.Exocytosis 10

22. Requires proteins in order to transport molecules across the membrane 22 1.Osmosis 2.Diffusion 3.Facilitated diffusion 4.Endocytosis 5.Exocytosis 10

23. This process requires energy 23 1.Diffusion 2.Osmosis 3.Passive transport 4.Active transport 10

24. This is an example of 24 1.Osmosis 2.Diffusion 3.Facilitated diffusion 4.Active transport 10

25. What type of transport is it. 25 1.Active 2.Passive 10

26. What type of transport is this 26 1.Active 2.passive 10

27. This is an example of 27 1.Osmosis 2.Diffusion 3.Endocytosis 4.Exocytosis 10

28. This is an example of what 28 1.osmosis 2.Diffusion 3.Endocytosis 4.exocytosis 10

29. This what type of transport 29 1.Active 2.Passive 10

30. This white blood cell eating a bacterium is a good example of 30 1.Passive transport 2.Exocytosis 3.Phygocytosis 4.pinocytosis 10

31. This plant cell is in a hypertonic solution it is said to be 31 1.Turgid 2.plasmolysis 3.cytolysis 4.crenation 10

32. This plant cell is in hypotonic solution it is said to be 32 10 1. Turgid 2.Plasmolysis 3.cytolysis 4. crenation

33. This red blood cell is in a hypotonic environment this is called 33 1. Turgid 2. Plasmolysis 3.Cytolysis 4.Crenation 10

34. This fresh water protist has to regulate water in take by what organelle 34 1.Cell membrane 2.Nucleus 3.Nucleouls 4.Cytoplasm 5.Contracting vacuole 10

35. If the solute particles move across the selectively permeable membrane, what kind of transport is this? 35 1.Diffusion 2.Osmosis 3. Endocytosis 4. Active transport 10

36. What Direction would the solute particles move? 36 10 1. from side A to Side B 2. from side B to Side A 3.they don’t move at all 4.at Equilibrium

37. If this was osmosis, What Direction would the solvent move? 37 10 1. from side A to Side B 2. from side B to Side A 3.they don’t move at all 4.at Equilibrium