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Cell Transport

Cell Transport . Biology Review 2009. ATP is the molecule used for energy made by the cell. True False. 10. Water leaves the cell in a hypertonic solution. True False. 10. Diffusion is the only type of passive transport that does not require energy. True False. 10.

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Cell Transport

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  1. Cell Transport Biology Review 2009

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

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

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

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

  6. The phospholipidbilayer is not semipermeable • True • False 10

  7. Endocytosis does not require energy • True • False 10

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

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

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

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

  12. What term means the concentration from inside the cell to outside the cell • Hypertonic • Hypotonic • Concentration gradient • Osmosis 10

  13. When a cell is at equilibrium we can say the solution is _______ • Hypotonic • Hypertonic • Isotonic • Osmosis 10

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

  15. Moving liquids inside the cell • Endocytosis • Exocytosis • Phagocytosis • Pinocytosis 10

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

  17. This is the removal of large particles from inside the cell. • Endocytosis • Exocytosis • Osmosis • Diffusion 10

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

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

  20. Phagocytosis and pinocytosis are examples of • Osmosis • Diffusion • Endocytosis • Exocytosis 10

  21. The movement of molecules from an area of high concentration to a low concentration • Osmosis • Diffusion • Endocytosis • Exocytosis 10

  22. Requires proteins in order to transport molecules across the membrane • Osmosis • Diffusion • Facilitated diffusion • Endocytosis • Exocytosis 10

  23. This process requires energy • Diffusion • Osmosis • Passive transport • Active transport 10

  24. This is an example of • Osmosis • Diffusion • Facilitated diffusion • Active transport 10

  25. What type of transport is it. • Active • Passive 10

  26. What type of transport is this • Active • passive 10

  27. This is an example of • Osmosis • Diffusion • Endocytosis • Exocytosis 10

  28. This is an example of what • osmosis • Diffusion • Endocytosis • exocytosis 10

  29. This what type of transport • Active • Passive 10

  30. This white blood cell eating a bacterium is a good example of • Passive transport • Exocytosis • Phygocytosis • pinocytosis 10

  31. This plant cell is in a hypertonic solution it is said to be • Turgid • plasmolysis • cytolysis • crenation 10

  32. This plant cell is in hypotonic solution it is said to be • Turgid • Plasmolysis • cytolysis • crenation 10

  33. This red blood cell is in a hypotonic environment this is called • Turgid • Plasmolysis • Cytolysis • Crenation 10

  34. This fresh water protist has to regulate water in take by what organelle • Cell membrane • Nucleus • Nucleouls • Cytoplasm • Contracting vacuole 10

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

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

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

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