Newton's Third Law of Motion Electrons Ultraviolet Light Magnetic Fields of Stars Catadioptric Telescope Semimajor axis Reddening of the Moon/sun at the horizon Excited State Concave Mirror Light Flat Mirror Particle Nature Visible Light Energy produce is greater. Blackbody Curve Gravitational Lensing Energy produced is less. Refraction Kepler's Laws of Planetary Motion Real Image Wavelength Perfect Circle Cosmic Microwave Background Convex Mirror Refraction Telescope Microwaves Magnified Red Shift Radio waves Perihelion Increasing the Mass Newton's Second Law of Motion Doppler Effect Frequency Electromagnetic Spectrum Focus Speed of Light Newton's Law's of Motion Reflection Aphelion Direct Proportion Inverse Proportion Color Fringing Reflecting Telescope Wave Nature Ground State Newton's Law of Universal Gravitation Photon Inverted Kepler's Second Law of Planetary Motion Photoelectric Effect Gamma Rays X- rays Reduced Emission Virtual Image Kepler's Third Law of Planetary Motion Wave- Particle Duality It is crowded out by other light colors. Converging (Convex) Lens Diffraction Blue Shift Foci Polarization Infrared Light Scattering Filters Violet Intensity Adsorption It produces colors of light we can't see. Moon's Light Newton's first Law of Motion Interference Upright Kepler's First Law of Planetary Motion Red Diverging (Concave) Lens Increasing the Distance Newton's Third Law of Motion Electrons Ultraviolet Light Magnetic Fields of Stars Catadioptric Telescope Semimajor axis Reddening of the Moon/sun at the horizon Excited State Concave Mirror Light Flat Mirror Particle Nature Visible Light Energy produce is greater. Blackbody Curve Gravitational Lensing Energy produced is less. Refraction Kepler's Laws of Planetary Motion Real Image Wavelength Perfect Circle Cosmic Microwave Background Convex Mirror Refraction Telescope Microwaves Magnified Red Shift Radio waves Perihelion Increasing the Mass Newton's Second Law of Motion Doppler Effect Frequency Electromagnetic Spectrum Focus Speed of Light Newton's Law's of Motion Reflection Aphelion Direct Proportion Inverse Proportion Color Fringing Reflecting Telescope Wave Nature Ground State Newton's Law of Universal Gravitation Photon Inverted Kepler's Second Law of Planetary Motion Photoelectric Effect Gamma Rays X- rays Reduced Emission Virtual Image Kepler's Third Law of Planetary Motion Wave- Particle Duality It is crowded out by other light colors. Converging (Convex) Lens Diffraction Blue Shift Foci Polarization Infrared Light Scattering Filters Violet Intensity Adsorption It produces colors of light we can't see. Moon's Light Newton's first Law of Motion Interference Upright Kepler's First Law of Planetary Motion Red Diverging (Concave) Lens Increasing the Distance
(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.
B-Newton's Third Law of Motion
I-Electrons
N-Ultraviolet Light
G-Magnetic Fields of Stars
O-Catadioptric Telescope
B-Semimajor axis
G-Reddening of the Moon/sun at the horizon
I-Excited State
O-Concave Mirror
I-Light
O-Flat Mirror
I-Particle Nature
N-Visible Light
N-Energy produce is greater.
N-Blackbody Curve
G-Gravitational Lensing
N-Energy produced is less.
G-Refraction
B-Kepler's Laws of Planetary Motion
O-Real Image
I-Wavelength
B-Perfect Circle
G-Cosmic Microwave Background
O-Convex Mirror
O-Refraction Telescope
N-Microwaves
O-Magnified
G-Red Shift
N-Radio waves
B-Perihelion
B-Increasing the Mass
B-Newton's Second Law of Motion
G-Doppler Effect
I-Frequency
I-Electromagnetic Spectrum
O-Focus
I-Speed of Light
B-Newton's Law's of Motion
G-Reflection
B-Aphelion
I-Direct Proportion
I-Inverse Proportion
O-Color Fringing
O-Reflecting Telescope
I-Wave Nature
I-Ground State
B-Newton's Law of Universal Gravitation
I-Photon
O-Inverted
B-Kepler's Second Law of Planetary Motion
I-Photoelectric Effect
N-Gamma Rays
N-X-rays
O-Reduced
G-Emission
O-Virtual Image
B-Kepler's Third Law of Planetary Motion
I-Wave-Particle Duality
N-It is crowded out by other light colors.
O-Converging (Convex) Lens
G-Diffraction
G-Blue Shift
B-Foci
G-Polarization
N-Infrared
G-Light Scattering
N-Filters
N-Violet
I-Intensity
G-Adsorption
N-It produces colors of light we can't see.
G-Moon's Light
B-Newton's first Law of Motion
G-Interference
O-Upright
B-Kepler's First Law of Planetary Motion
N-Red
O-Diverging (Concave) Lens
B-Increasing the Distance