practice types of cellular transport\nread each statement and place a check - mark in the column of the…

practice types of cellular transport\nread each statement and place a check - mark in the column of the correct choice\npart 1: passive vs. active\n1 materials move down a concentration gradient\n2 requires energy\n3 materials move against the concentration gradient\n4 materials move from high concentration to low concentration\n5 tends to move small, nonpolar molecules across the cell membrane\n6 tends to move large, polar molecules across the cell membrane\npart 2: types of transport (check all columns that apply. some may be checked more than once.)\n7 moves water\n8 involves a protein channel\n9 moves small particles like o₂ and co₂\n10 involves a vesicle\n11 moves ions\npart 3: types of osmotic solutions (some columns may be checked more than once.)\n12 causes cell to shrivel\n13 same osmotic concentration as the cell\n14 higher osmotic concentration than the cell\n15 causes water to move into the cell

practice types of cellular transport\nread each statement and place a check - mark in the column of the correct choice\npart 1: passive vs. active\n1 materials move down a concentration gradient\n2 requires energy\n3 materials move against the concentration gradient\n4 materials move from high concentration to low concentration\n5 tends to move small, nonpolar molecules across the cell membrane\n6 tends to move large, polar molecules across the cell membrane\npart 2: types of transport (check all columns that apply. some may be checked more than once.)\n7 moves water\n8 involves a protein channel\n9 moves small particles like o₂ and co₂\n10 involves a vesicle\n11 moves ions\npart 3: types of osmotic solutions (some columns may be checked more than once.)\n12 causes cell to shrivel\n13 same osmotic concentration as the cell\n14 higher osmotic concentration than the cell\n15 causes water to move into the cell

Answer

Brief Explanations:

Part 1 distinguishes passive (no energy, down gradient) vs active (energy, against gradient) transport. Part 2 identifies specific transport types by their characteristics. Part 3 classifies osmotic solutions by their effect on cells.

Answer:

Part 1:

  1. Passive
  2. Active
  3. Active
  4. Passive
  5. Passive
  6. Active

Part 2: 7. Osmosis 8. Facilitated Diffusion, Molecular Pumps 9. Diffusion 10. Endocytosis, Exocytosis 11. Facilitated Diffusion, Molecular Pumps

Part 3: 12. Hypertonic Solution 13. Isotonic Solution 14. Hypertonic Solution 15. Hypotonic Solution