sun thrust unbalanced force steady rate distance force astronauts kinetic energy gravity Sir Isaac Newton planets collision normal force position sky diver speed constant motion orbit surface airplane time Newton's 1st Law fluid friction satellite motion acceleration applied force tides action force electric force gravitational potential energy balance scale vector 9.8 m/sec squared weight Newton's 2nd Law magnetic force tailwind rocket magnitude reaction force contact forces engineer Galileo Galilei static friction repulse sliding friction velocity push graph m/hr International Space Station mass inertia straight line motion potential energy pull Newton's 3rd Law drag at rest km/hr reference point rolling friction friction balanced force thermal energy distance air resistance attract sun thrust unbalanced force steady rate distance force astronauts kinetic energy gravity Sir Isaac Newton planets collision normal force position sky diver speed constant motion orbit surface airplane time Newton's 1st Law fluid friction satellite motion acceleration applied force tides action force electric force gravitational potential energy balance scale vector 9.8 m/sec squared weight Newton's 2nd Law magnetic force tailwind rocket magnitude reaction force contact forces engineer Galileo Galilei static friction repulse sliding friction velocity push graph m/hr International Space Station mass inertia straight line motion potential energy pull Newton's 3rd Law drag at rest km/hr reference point rolling friction friction balanced force thermal energy distance air resistance attract
(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.
sun
thrust
unbalanced force
steady rate
distance force
astronauts
kinetic energy
gravity
Sir Isaac Newton
planets
collision
normal force
position
sky diver
speed
constant motion
orbit
surface
airplane
time
Newton's 1st Law
fluid friction
satellite
motion
acceleration
applied force
tides
action force
electric force
gravitational potential energy
balance
scale
vector
9.8 m/sec squared
weight
Newton's 2nd Law
magnetic force
tailwind
rocket
magnitude
reaction force
contact forces
engineer
Galileo Galilei
static friction
repulse
sliding friction
velocity
push
graph
m/hr
International Space Station
mass
inertia
straight line motion
potential energy
pull
Newton's 3rd Law
drag
at rest
km/hr
reference point
rolling friction
friction
balanced force
thermal energy
distance
air resistance
attract