Interphase Palisade layer Lower epidermis Leaf vein Quantitative Eukaryotic Distance traveled Anaphase Selective permeability Qualitative Stomata Mitosis Spongy layer Water Endoplasmic reticulum Cell theory Constant Diffusion Animal cell Mitochondria Chromosome Organelle Meiosis Prokaryotic Release Tropism Photosynthesis Tissue 23 Cellular respiration Guard cells Stimulus Cell Equilibrium 46 Function Cytoplasm Glucose Vacuole Independent variable Cell membrane Prophase Osmosis Carbon dioxide Nucleus Plant cell Interphase Palisade layer Lower epidermis Leaf vein Quantitative Eukaryotic Distance traveled Anaphase Selective permeability Qualitative Stomata Mitosis Spongy layer Water Endoplasmic reticulum Cell theory Constant Diffusion Animal cell Mitochondria Chromosome Organelle Meiosis Prokaryotic Release Tropism Photosynthesis Tissue 23 Cellular respiration Guard cells Stimulus Cell Equilibrium 46 Function Cytoplasm Glucose Vacuole Independent variable Cell membrane Prophase Osmosis Carbon dioxide Nucleus Plant cell
(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.
Interphase
Palisade layer
Lower epidermis
Leaf vein
Quantitative
Eukaryotic
Distance traveled
Anaphase
Selective permeability
Qualitative
Stomata
Mitosis
Spongy layer
Water
Endoplasmic reticulum
Cell theory
Constant
Diffusion
Animal cell
Mitochondria
Chromosome
Organelle
Meiosis
Prokaryotic
Release
Tropism
Photosynthesis
Tissue
23
Cellular respiration
Guard cells
Stimulus
Cell
Equilibrium
46
Function
Cytoplasm
Glucose
Vacuole
Independent variable
Cell membrane
Prophase
Osmosis
Carbon dioxide
Nucleus
Plant cell