work (in physics!) kinetic energy electromagnet vibration Newton's Law of Cooling refraction (of light) spectrum 2nd law of thermo- dynamics Newton's First Law: Inertia fulcrum tension (in physics) free fall pressure polarization revolution (motion) standing wave liter elastic collision 9.8m/s^2 Air resistance electromagnetic waves potential energy Conservation of energy Friction frequency thermal contact acceleration equilibrium projectile motion angular momentum Centrifugal force Hooke's Law pendulum lever normal force thermal equilibrium weight Alternating currentt Newton's third law radiant energy center of gravity Boyle's Law centripetal force pulley rotation direct current specific heat capacity parabola work (in physics!) kinetic energy electromagnet vibration Newton's Law of Cooling refraction (of light) spectrum 2nd law of thermo- dynamics Newton's First Law: Inertia fulcrum tension (in physics) free fall pressure polarization revolution (motion) standing wave liter elastic collision 9.8m/s^2 Air resistance electromagnetic waves potential energy Conservation of energy Friction frequency thermal contact acceleration equilibrium projectile motion angular momentum Centrifugal force Hooke's Law pendulum lever normal force thermal equilibrium weight Alternating currentt Newton's third law radiant energy center of gravity Boyle's Law centripetal force pulley rotation direct current specific heat capacity parabola
(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.
work
(in physics!)
kinetic energy
electromagnet
vibration
Newton's Law of Cooling
refraction (of light)
spectrum
2nd law of thermo-dynamics
Newton's First Law: Inertia
fulcrum
tension
(in physics)
free fall
pressure
polarization
revolution (motion)
standing wave
liter
elastic collision
9.8m/s^2
Air resistance
electromagnetic waves
potential energy
Conservation of energy
Friction
frequency
thermal contact
acceleration
equilibrium
projectile motion
angular momentum
Centrifugal force
Hooke's Law
pendulum
lever
normal force
thermal equilibrium
weight
Alternating currentt
Newton's third law
radiant energy
center of gravity
Boyle's Law
centripetal force
pulley
rotation
direct current
specific heat capacity
parabola