Cell Membrane Energy Robert Hooke Cell Specialization Single celled organisms Anton Van Leeuwekhoek Hypotonic Cell theory Hypertonic Lipid Bilayer Diffusion Isotonic Cyto Skeleton Cell Cytoplasm Passive transport Chloroplasts Prokaryote Organ Nucleus Homeostasis Cell Wall Electron Microscope Active transport Golgi Apparatus Eukaryote Mitochondria Tissue E.R. Aquaporin cyto- Ribosomes Facilitated Diffusion Light Microscope Osmosis Nucleus Cell Membrane Energy Robert Hooke Cell Specialization Single celled organisms Anton Van Leeuwekhoek Hypotonic Cell theory Hypertonic Lipid Bilayer Diffusion Isotonic Cyto Skeleton Cell Cytoplasm Passive transport Chloroplasts Prokaryote Organ Nucleus Homeostasis Cell Wall Electron Microscope Active transport Golgi Apparatus Eukaryote Mitochondria Tissue E.R. Aquaporin cyto- Ribosomes Facilitated Diffusion Light Microscope Osmosis Nucleus
(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.
Cell Membrane
Energy
Robert Hooke
Cell Specialization
Single celled organisms
Anton Van Leeuwekhoek
Hypotonic
Cell theory
Hypertonic
Lipid Bilayer
Diffusion
Isotonic
Cyto
Skeleton
Cell
Cytoplasm
Passive transport
Chloroplasts
Prokaryote
Organ
Nucleus
Homeostasis
Cell Wall
Electron
Microscope
Active transport
Golgi Apparatus
Eukaryote
Mitochondria
Tissue
E.R.
Aquaporin
cyto-
Ribosomes
Facilitated Diffusion
Light Microscope
Osmosis
Nucleus