Cell Wall
Controls what can enter and leave
Supports cell and maintains cell shape
Fluid that fills the cell
Used energy from the sun to make energy
Stores DNA
Controls cellular activities
Create proteins
Bread down food apart
Cell Membrane
Controls what can enter and leave
Supports cell and maintains cell shape
Fluid that fills the cell
Used energy from the sun to make energy
Stores DNA
Controls cellular activities
Create proteins
Bread down food apart
Cytoplasm
Controls what can enter and leave
Supports cell and maintains cell shape
Fluid that fills the cell
Used energy from the sun to make energy
Stores DNA
Controls cellular activities
Create proteins
Bread down food apart
Chloroplast
Controls what can enter and leave
Supports cell and maintains cell shape
Fluid that fills the cell
Used energy from the sun to make energy
Stores DNA
Controls cellular activities
Create proteins
Bread down food apart
Nucleus
Controls what can enter and leave
Supports cell and maintains cell shape
Fluid that fills the cell
Used energy from the sun to make energy
Stores DNA
Controls cellular activities
Create proteins
Bread down food apart
DNA
Controls what can enter and leave
Supports cell and maintains cell shape
Fluid that fills the cell
Used energy from the sun to make energy
Stores DNA
Controls cellular activities
Create proteins
Bread down food apart
Ribosomes
Controls what can enter and leave
Supports cell and maintains cell shape
Fluid that fills the cell
Used energy from the sun to make energy
Stores DNA
Controls cellular activities
Create proteins
Bread down food apart
Mitochondira
Controls what can enter and leave
Supports cell and maintains cell shape
Fluid that fills the cell
Used energy from the sun to make energy
Stores DNA
Controls cellular activities
Create proteins
Bread down food apart
Has no nucleus
Eukaryote
Prokaryote
Both
Mostly multi-cellular
Eukaryote
Prokaryote
Both
Plant/animal cell
Eukaryote
Prokaryote
Both
Bacteria
Eukaryote
Prokaryote
Both
Has a cell membrane
Eukaryote
Prokaryote
Both
Which of these processes requires energy from the sun?
Osmosis
Facilitated Diffusion
Active Transport
Diffusion
Which of these is the movement of water across the cell membrane
Osmosis
Facilitated Diffusion
Active Transport
Diffusion
In diffusion across the cell membrane, molecules move from
high concentration across the cell membrane to low concentration
equal concentrations across the cell membrane.
low concentration across the cell membrane to high concentration
Which of the following describes the movement of water molecules in equilibrium?
Hypotonic solutions where water is entering the cell.
Isotonic solutions where water is exiting and entering the cell.
Hypertonic solutions where water is exiting the cell.
Glucose is a large molecule needed by the cell. There is often more glucose outside of the cell than inside the cell. Cells will have glucose protein channels to allow glucose to enter the cell. This describes
Osmosis
Active Transport
Facilitated Diffusion
Diffusion
 
Which of the following is not part of the cell membrane
Proteins
Carbohydrates
Lipid Layer
Lipid Bilayer
Which part of a cell would you expect to find only in plants, but not animals or bacteria?
Cell Membrane
DNA
Chloroplasts
Cell Wall
A cell is placed in an unknown solution. The cell shrinks. Therefore, the solution is
Hypotonic
Not enough info
Hypertonic
Isotonic
What is found in both plants, animals, and bacteria?
Mitochondria
Cell Wall
Nucleus
Ribosomes
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