Move the items to either passive or active transport. Move all tiles.
requires energy
moves against concentration gradient
moves down concentration gradient
moves from low to high
moves from high to low
does not require energy
Passive Transport
Active Transport

Move the items to match either prokaryotic and eukaryotic cells
No nucleus
DNA is a double helix
Nucleus
Large and Complex
DNA is circular
Small and Simple
Prokaryotic
Eukaryotic
Is the cell in the diagram a prokaryotic or eukaryotic cell? Explain your answer.



Looking at the diagram, what type of transport is used to move oxygen (O2)
Move the descriptions to the correct solution type.
water exits the cell
cells grow in size
water exits and enters the cell
water enters the cell
cells shrink
cell remains the same size
Isotonic
Hypertonic
Hypotonic
Click on FOUR similarities between prokaryotic and eukaryotic
How do prokaryotic cells reproduce?
Click on all the organelles that are unique to plant cells. Hint there are 3
Identify organelle #6
Identify organelle #7
Identify organelle #8
Identify organelle #9. These organelles can be freely floating or attached to the ER.
Identify organelle #10. This is the jellylike material where all the organelles are located.
What organelle makes ATP by performing cellular respiration?
What organelle makes proteins?
What organelle stores the DNA and controls the cell activities
What organelle contains digestive enzymes and breaks down dead or decaying organelles?
What organelle converts sunlight into glucose by performing photosynthesis?
What organelle surrounds the nucleus and contains pores for mRNA to exit the nucleus?
Based on the information in the table, which cell is most likely an animal cell?
Based on the information in the table, which cell is most likely a plant cell?
Click on the three types of passive transport.
Looking at the diagram, what type of transport is used to move sodium (Na+)
Looking at the diagram, what type of transport is used to move water (H2O)
Explain the difference between diffusion and active transport.