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