Side B Sugar High to Low Semipermeable Cuticle Carbon Dioxide Mitochondria Chloroplast Stomata D Flow in and out Equally Thylakoid Calvin Cycle Glucose Grana Heterotrophs Osmosis ATP Hypotonic Carbon Dioxide & Water A-- >B Photosynthesis To Make Glucose Hypertonic Swell Capture & Transfer Energy 2 Lose Water & Shrink Opposites Glucose & Oxygen Producing Glucose Oxygen Roots Move INTO the cell Plants Cell Membrane Sun Gas Exchange Autotrophs Stroma Chlorophyll Out of the Cell Water Cellular Respiration Animal & Plant Cells 1 Side B Sugar High to Low Semipermeable Cuticle Carbon Dioxide Mitochondria Chloroplast Stomata D Flow in and out Equally Thylakoid Calvin Cycle Glucose Grana Heterotrophs Osmosis ATP Hypotonic Carbon Dioxide & Water A-- >B Photosynthesis To Make Glucose Hypertonic Swell Capture & Transfer Energy 2 Lose Water & Shrink Opposites Glucose & Oxygen Producing Glucose Oxygen Roots Move INTO the cell Plants Cell Membrane Sun Gas Exchange Autotrophs Stroma Chlorophyll Out of the Cell Water Cellular Respiration Animal & Plant Cells 1
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
Side B
Sugar
High to Low
Semipermeable
Cuticle
Carbon Dioxide
Mitochondria
Chloroplast
Stomata
D
Flow in and out Equally
Thylakoid
Calvin Cycle
Glucose
Grana
Heterotrophs
Osmosis
ATP
Hypotonic
Carbon Dioxide & Water
A-->B
Photosynthesis
To Make Glucose
Hypertonic
Swell
Capture & Transfer Energy
2
Lose Water & Shrink
Opposites
Glucose & Oxygen
Producing Glucose
Oxygen
Roots
Move INTO the cell
Plants
Cell Membrane
Sun
Gas Exchange
Autotrophs
Stroma
Chlorophyll
Out of the Cell
Water
Cellular Respiration
Animal & Plant Cells
1