Download Things to Study for Chapter 7 TEST

Things to Study for Chapter 7 TEST!!!!!!!
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Know all principles of the cell theory (7.1)
Make a Venn diagram comparing and contrasting Prokaryotic and Eukaryotic cells. Be sure to
include examples of each (Ex. Animal, plant, bacteria, etc.)
Know about the plasma/cell membrane and why carbohydrates and cholesterol chains are important
in it. (7.2).
Review all the functions & structures of the plant & animal cells.
o Be able to identify them
o Know which ones only belong in a plant or animal
Things to Study for Chapter 7 TEST!!!!!!!




Know all principles of the cell theory (7.1)
Make a Venn diagram comparing and contrasting Prokaryotic and Eukaryotic cells. Be sure to
include examples of each (Ex. Animal, plant, bacteria, etc.)
Know about the plasma/cell membrane and why carbohydrates and cholesterol chains are important
in it. (7.2).
Review all the functions & structures of the plant & animal cells.
o Be able to identify them
o Know which ones only belong in a plant or animal
Things to Study for Chapter 7 TEST!!!!!!!




Know all principles of the cell theory (7.1)
Make a Venn diagram comparing and contrasting Prokaryotic and Eukaryotic cells. Be sure to
include examples of each (Ex. Animal, plant, bacteria, etc.)
Know about the plasma/cell membrane and why carbohydrates and cholesterol chains are important
in it. (7.2).
Review all the functions & structures of the plant & animal cells.
o Be able to identify them
o Know which ones only belong in a plant or animal
Things to Study for Chapter 7 TEST!!!!!!!




Know all principles of the cell theory (7.1)
Make a Venn diagram comparing and contrasting Prokaryotic and Eukaryotic cells. Be sure to
include examples of each (Ex. Animal, plant, bacteria, etc.)
Know about the plasma/cell membrane and why carbohydrates and cholesterol chains are important
in it. (7.2).
Review all the functions & structures of the plant & animal cells.
o Be able to identify them
o Know which ones only belong in a plant or animal
Things to Study for Chapter 7 TEST!!!!!!!




Know all principles of the cell theory (7.1)
Make a Venn diagram comparing and contrasting Prokaryotic and Eukaryotic cells. Be sure to
include examples of each (Ex. Animal, plant, bacteria, etc.)
Know about the plasma/cell membrane and why carbohydrates and cholesterol chains are important
in it. (7.2).
Review all the functions & structures of the plant & animal cells.
o Be able to identify them
o Know which ones only belong in a plant or animal


Know the differences between passive and active transport and their modes of transport. (Hint:
study 7.4 PowerPoint.)
Know what happens to a cell when placed in the following solutions:
o hypotonic
o hypertonic
o isotonic
terms: dynamic equilibrium, concentration gradient, homeostasis diffusion,
osmosis, active transport


Know the differences between passive and active transport and their modes of transport. (Hint:
study 7.4 PowerPoint.)
Know what happens to a cell when placed in the following solutions:
o hypotonic
o hypertonic
o isotonic
terms: dynamic equilibrium, concentration gradient, homeostasis diffusion,
osmosis, active transport


Know the differences between passive and active transport and their modes of transport. (Hint:
study 7.4 PowerPoint.)
Know what happens to a cell when placed in the following solutions:
o hypotonic
o hypertonic
o isotonic
terms: dynamic equilibrium, concentration gradient, homeostasis diffusion,
osmosis, active transport


Know the differences between passive and active transport and their modes of transport. (Hint:
study 7.4 PowerPoint.)
Know what happens to a cell when placed in the following solutions:
o hypotonic
o hypertonic
o isotonic
terms: dynamic equilibrium, concentration gradient, homeostasis diffusion,
osmosis, active transport


Know the differences between passive and active transport and their modes of transport. (Hint:
study 7.4 PowerPoint.)
Know what happens to a cell when placed in the following solutions:
o hypotonic
o hypertonic
o isotonic
terms: dynamic equilibrium, concentration gradient, homeostasis diffusion,
osmosis, active transport