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