Newton’s 3rd law of motion Wavelength Principle of moments Induced magnetism Power The motor effect Metre Acceleration Becquerel Joule Resultant force Voltage Current Gravitational potential energy Conservation of energy Nucleus Amp Work done Nuclear fusion Scalar Force Atom Electron Efficiency Nuclear fission Pascal Neutron Super nova Wave Parallel Resistance Friction Refraction Terminal velocity Half- life Irradiation Volt Contamination Earth wire Main sequence star Step down transformer Fuse Density Reflection Energy transferred Step up transformer Second Frequency Nebula Magnetic field Alpha particle Elastic deformation Newton’s 1st law of motion Gravitational field strength White dwarf Protostar Tension Tesla Velocity Newton’s 2nd law of motion Amplitude Vector Speed Mass Kilogram Pressure Elastic potential energy Electromagnet Proton Conservation of momentum National grid Weight Renewable energy Red giant Kinetic energy Solar system Newton Coulomb Black hole Hertz Series Beta particle Radioactive decay Gamma radiation Newton’s 3rd law of motion Wavelength Principle of moments Induced magnetism Power The motor effect Metre Acceleration Becquerel Joule Resultant force Voltage Current Gravitational potential energy Conservation of energy Nucleus Amp Work done Nuclear fusion Scalar Force Atom Electron Efficiency Nuclear fission Pascal Neutron Super nova Wave Parallel Resistance Friction Refraction Terminal velocity Half- life Irradiation Volt Contamination Earth wire Main sequence star Step down transformer Fuse Density Reflection Energy transferred Step up transformer Second Frequency Nebula Magnetic field Alpha particle Elastic deformation Newton’s 1st law of motion Gravitational field strength White dwarf Protostar Tension Tesla Velocity Newton’s 2nd law of motion Amplitude Vector Speed Mass Kilogram Pressure Elastic potential energy Electromagnet Proton Conservation of momentum National grid Weight Renewable energy Red giant Kinetic energy Solar system Newton Coulomb Black hole Hertz Series Beta particle Radioactive decay Gamma radiation
(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.
Newton’s 3rd law of motion
Wavelength
Principle of moments
Induced magnetism
Power
The motor effect
Metre
Acceleration
Becquerel
Joule
Resultant force
Voltage
Current
Gravitational potential energy
Conservation of energy
Nucleus
Amp
Work done
Nuclear fusion
Scalar
Force
Atom
Electron
Efficiency
Nuclear fission
Pascal
Neutron
Super nova
Wave
Parallel
Resistance
Friction
Refraction
Terminal velocity
Half-life
Irradiation
Volt
Contamination
Earth wire
Main sequence star
Step down transformer
Fuse
Density
Reflection
Energy transferred
Step up transformer
Second
Frequency
Nebula
Magnetic field
Alpha particle
Elastic deformation
Newton’s 1st law of motion
Gravitational field strength
White dwarf
Protostar
Tension
Tesla
Velocity
Newton’s 2nd law of motion
Amplitude
Vector
Speed
Mass
Kilogram
Pressure
Elastic potential energy
Electromagnet
Proton
Conservation of momentum
National grid
Weight
Renewable energy
Red giant
Kinetic energy
Solar system
Newton
Coulomb
Black hole
Hertz
Series
Beta particle
Radioactive decay
Gamma radiation