Variables Compound microscope Cell Inheritance Weight Precipitation Matter Model Potential energy Prediction Living Hypothesis Molecule Renewable Motion Energy Nonliving Atmosphere Energy transfer Particle Air pressure Organelle Convection Density Dependent variable Prototype Evaluate Weather Biodiversity Structure Pressure Dominant Function Engineer Conduction Expand Position Emission Pollination Trait Condensation Evaporation Adaptation Friction Allele Precision Fluid Recessive Criteria Nonrenewable Heat Global warming Force Compress Population Atom Electromagnetic force Greenhouse gas DNA Virus Classification Constraint Equilibrium Photosynthesis Gravitational force Fertilize Absorb Mass Organism Kinetic energy Controlled experimen t Ecosystem Independent variable Radiation Reproduce Variables Compound microscope Cell Inheritance Weight Precipitation Matter Model Potential energy Prediction Living Hypothesis Molecule Renewable Motion Energy Nonliving Atmosphere Energy transfer Particle Air pressure Organelle Convection Density Dependent variable Prototype Evaluate Weather Biodiversity Structure Pressure Dominant Function Engineer Conduction Expand Position Emission Pollination Trait Condensation Evaporation Adaptation Friction Allele Precision Fluid Recessive Criteria Nonrenewable Heat Global warming Force Compress Population Atom Electromagnetic force Greenhouse gas DNA Virus Classification Constraint Equilibrium Photosynthesis Gravitational force Fertilize Absorb Mass Organism Kinetic energy Controlled experimen t Ecosystem Independent variable Radiation Reproduce
(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.
Variables
Compound microscope
Cell
Inheritance
Weight
Precipitation
Matter
Model
Potential energy
Prediction
Living
Hypothesis
Molecule
Renewable
Motion
Energy
Nonliving
Atmosphere
Energy transfer
Particle
Air pressure
Organelle
Convection
Density
Dependent variable
Prototype
Evaluate
Weather
Biodiversity
Structure
Pressure
Dominant
Function
Engineer
Conduction
Expand
Position
Emission
Pollination
Trait
Condensation
Evaporation
Adaptation
Friction
Allele
Precision
Fluid
Recessive
Criteria
Nonrenewable
Heat
Global warming
Force
Compress
Population
Atom
Electromagnetic force
Greenhouse gas
DNA
Virus
Classification
Constraint
Equilibrium
Photosynthesis
Gravitational force
Fertilize
Absorb
Mass
Organism
Kinetic energy
Controlled experimen t
Ecosystem
Independent variable
Radiation
Reproduce