prediction input interpret data food chain inference controlled variables food web wave length hardware consumer biome decomposer Free! output problem question software ecosystem dependent variable interdependence engineer design process independent variable metric system biotic factors hypothesis criteria constraints competition wave frequency biodiversity processing meter stick graduated cylinder mass qualitative observation quantitative observation abiotic factors scientific method wave crest predator/prey scientific claim triple- beam balance Photosynthesis products producer photosynthesis volume wave measure Photosynthesis reactants computers classify metric ruler commensalism storage mutualism scavenger wave trough prediction input interpret data food chain inference controlled variables food web wave length hardware consumer biome decomposer Free! output problem question software ecosystem dependent variable interdependence engineer design process independent variable metric system biotic factors hypothesis criteria constraints competition wave frequency biodiversity processing meter stick graduated cylinder mass qualitative observation quantitative observation abiotic factors scientific method wave crest predator/prey scientific claim triple- beam balance Photosynthesis products producer photosynthesis volume wave measure Photosynthesis reactants computers classify metric ruler commensalism storage mutualism scavenger wave trough
(Print) Use this randomly generated list as your call list when playing the game. 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.
O-prediction
O-input
G-interpret data
B-food chain
N-inference
controlled variables
I-food web
wave length
B-hardware
G-consumer
biome
decomposer
G-Free!
output
problem question
I-software
ecosystem
G-dependent
variable
interdependence
O-engineer design process
O-independent
variable
metric system
N-biotic factors
O-hypothesis
N-criteria
G-constraints
I-competition
wave frequency
B-biodiversity
B-processing
I-meter stick
graduated cylinder
N-mass
I-qualitative observation
N-quantitative observation
O-abiotic factors
N-scientific method
O-wave crest
B-predator/prey
scientific claim
N-triple-beam balance
I-Photosynthesis products
N-producer
I-photosynthesis
G-volume
wave
G-measure
B-Photosynthesis reactants
I-computers
classify
B-metric ruler
commensalism
storage
B-mutualism
O-scavenger
G-wave trough