Stem Chapter 5 Cell Transport Quiz

16 Questions | Total Attempts: 131

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Stem Chapter 5 Cell Transport Quiz

Covers the plasma membrane, passive and active transport


Questions and Answers
  • 1. 
    Give two differences between passive and active transport.  
  • 2. 
    What type of environment was the syrup egg (#2)?  What happened to it?  Why did this happen?
  • 3. 
    Why are efficient cells so small?
  • 4. 
    Materials entering the cell through a vacuole is liquid.  Process is...
    • A. 

      Hypertonic environment

    • B. 

      Hypotonic environment

    • C. 

      Facilitated diffusion

    • D. 

      Proton pump

    • E. 

      Coupled channels

    • F. 

      Sodium potassium pump

    • G. 

      Endocytosis

    • H. 

      Pinocytosis

    • I. 

      Phagocytosis

    • J. 

      Exocytosis

  • 5. 
    What is the name of part A on the diagram?
    • A. 

      Cell wall

    • B. 

      Phospholipid bilayer

    • C. 

      Capsule

    • D. 

      Cell surface marker

  • 6. 
    If the cell was doing passive transport and using part B, what would the process be called?
    • A. 

      Diffusion

    • B. 

      Osmosis

    • C. 

      Facilitated diffusion

    • D. 

      Proton pump

  • 7. 
    What is G pointing to?
    • A. 

      Polar heads

    • B. 

      Nonpolar heads

    • C. 

      Polar tails

    • D. 

      Nonpolar tails

  • 8. 
    Part I is pointing to the 4 fused carbon rings inside the plasma membrane.  What are these molecules called?
    • A. 

      Channel proteins

    • B. 

      Nonpolar tails

    • C. 

      Cholesterol

    • D. 

      Glycoproteins

  • 9. 
    The burning of food causes smoke to fill the room.  The process that is happening is called
    • A. 

      Diffusion

    • B. 

      Osmosis

    • C. 

      Facilitated diffusion

    • D. 

      Condensation

  • 10. 
    White blood cells engulf bacteria cells in the immune system.  Process is...
    • A. 

      Hypertonic environment

    • B. 

      Hypotonic environment

    • C. 

      Facilitated diffusion

    • D. 

      Proton pump

    • E. 

      Coupled channels

    • F. 

      Sodium potassium pump

    • G. 

      Endocytosis

    • H. 

      Pinocytosis

    • I. 

      Phagocytosis

    • J. 

      Exocytosis

  • 11. 
    Reverse of endocytosis.  Process is...
    • A. 

      Hypertonic environment

    • B. 

      Hypotonic environment

    • C. 

      Facilitated diffusion

    • D. 

      Proton pump

    • E. 

      Coupled channels

    • F. 

      Sodium potassium pump

    • G. 

      Endocytosis

    • H. 

      Pinocytosis

    • I. 

      Phagocytosis

    • J. 

      Exocytosis

  • 12. 
    Specific particles going through a protein channel with no energy needed.  Process is...
    • A. 

      Hypertonic environment

    • B. 

      Hypotonic environment

    • C. 

      Facilitated diffusion

    • D. 

      Proton pump

    • E. 

      Coupled channels

    • F. 

      Sodium potassium pump

    • G. 

      Endocytosis

    • H. 

      Pinocytosis

    • I. 

      Phagocytosis

    • J. 

      Exocytosis

  • 13. 
    A cell is in a beaker of solution that has 75% solute in it.  Inside the cell only has 15% solute.  What type of environment is this cell in?
    • A. 

      Hypertonic environment

    • B. 

      Hypotonic environment

    • C. 

      Facilitated diffusion

    • D. 

      Proton pump

    • E. 

      Coupled channels

    • F. 

      Sodium potassium pump

    • G. 

      Endocytosis

    • H. 

      Pinocytosis

    • I. 

      Phagocytosis

    • J. 

      Exocytosis

  • 14. 
    Sodium and food go back into the cell.  Process is....
    • A. 

      Hypertonic environment

    • B. 

      Hypotonic environment

    • C. 

      Facilitated diffusion

    • D. 

      Proton pump

    • E. 

      Coupled channels

    • F. 

      Sodium potassium pump

    • G. 

      Endocytosis

    • H. 

      Pinocytosis

    • I. 

      Phagocytosis

    • J. 

      Exocytosis

  • 15. 
    Sodium goes out and potassium goes in requiring one ATP. Process is...
    • A. 

      Hypertonic environment

    • B. 

      Hypotonic environment

    • C. 

      Facilitated diffusion

    • D. 

      Proton pump

    • E. 

      Coupled channels

    • F. 

      Sodium potassium pump

    • G. 

      Endocytosis

    • H. 

      Pinocytosis

    • I. 

      Phagocytosis

    • J. 

      Exocytosis

  • 16. 
    Hydrogen ions get pumped into the mitochondria to create lots of energy. Process is...
    • A. 

      Hypertonic environment

    • B. 

      Hypotonic environment

    • C. 

      Facilitated diffusion

    • D. 

      Proton pump

    • E. 

      Coupled channels

    • F. 

      Sodium potassium pump

    • G. 

      Endocytosis

    • H. 

      Pinocytosis

    • I. 

      Phagocytosis

    • J. 

      Exocytosis

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