UltravioletLightX-raysCosmicMicrowaveBackgroundMagnifiedEmissionBlueShiftMoon'sLightNewton'sThird Lawof MotionGammaRaysIncreasingtheDistanceMicrowavesPerfectCircleElectronsCatadioptricTelescopeConvexMirrorFocusVisibleLightLightScatteringNewton'sLaw ofUniversalGravitationConcaveMirrorInfraredPolarizationFlatMirrorMagneticFields ofStarsIncreasingthe MassRefractionTelescopeReddeningof theMoon/sun atthe horizonIntensityDopplerEffectKepler'sFirst Law ofPlanetaryMotionSpeedof LightPhotonFrequencyNewton'sfirst Lawof MotionLightGroundStateConverging(Convex)LensRedRadiowavesUprightWave-ParticleDualityGravitationalLensingParticleNatureDirectProportionVioletEnergyproducedis less.ReflectingTelescopeWaveNatureVirtualImageKepler'sSecond Lawof PlanetaryMotionRefractionIt iscrowdedout by otherlight colors.PerihelionAphelionDiffractionRealImageExcitedStateWavelengthFociBlackbodyCurveKepler'sLaws ofPlanetaryMotionDiverging(Concave)LensElectromagneticSpectrumRedShiftReducedInterferenceInverseProportionNewton'sSecondLaw ofMotionNewton'sLaw's ofMotionSemimajoraxisAdsorptionColorFringingKepler'sThird Lawof PlanetaryMotionFiltersIt producescolors oflight wecan't see.PhotoelectricEffectReflectionEnergyproduceis greater.InvertedUltravioletLightX-raysCosmicMicrowaveBackgroundMagnifiedEmissionBlueShiftMoon'sLightNewton'sThird Lawof MotionGammaRaysIncreasingtheDistanceMicrowavesPerfectCircleElectronsCatadioptricTelescopeConvexMirrorFocusVisibleLightLightScatteringNewton'sLaw ofUniversalGravitationConcaveMirrorInfraredPolarizationFlatMirrorMagneticFields ofStarsIncreasingthe MassRefractionTelescopeReddeningof theMoon/sun atthe horizonIntensityDopplerEffectKepler'sFirst Law ofPlanetaryMotionSpeedof LightPhotonFrequencyNewton'sfirst Lawof MotionLightGroundStateConverging(Convex)LensRedRadiowavesUprightWave-ParticleDualityGravitationalLensingParticleNatureDirectProportionVioletEnergyproducedis less.ReflectingTelescopeWaveNatureVirtualImageKepler'sSecond Lawof PlanetaryMotionRefractionIt iscrowdedout by otherlight colors.PerihelionAphelionDiffractionRealImageExcitedStateWavelengthFociBlackbodyCurveKepler'sLaws ofPlanetaryMotionDiverging(Concave)LensElectromagneticSpectrumRedShiftReducedInterferenceInverseProportionNewton'sSecondLaw ofMotionNewton'sLaw's ofMotionSemimajoraxisAdsorptionColorFringingKepler'sThird Lawof PlanetaryMotionFiltersIt producescolors oflight wecan't see.PhotoelectricEffectReflectionEnergyproduceis greater.Inverted

Astrophysics Test Review - Call List

(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.


1
N
2
N
3
G
4
O
5
G
6
G
7
G
8
B
9
N
10
B
11
N
12
B
13
I
14
O
15
O
16
O
17
N
18
G
19
B
20
O
21
N
22
G
23
O
24
G
25
B
26
O
27
G
28
I
29
G
30
B
31
I
32
I
33
I
34
B
35
I
36
I
37
O
38
N
39
N
40
O
41
I
42
G
43
I
44
I
45
N
46
N
47
O
48
I
49
O
50
B
51
G
52
N
53
B
54
B
55
G
56
O
57
I
58
I
59
B
60
N
61
B
62
O
63
I
64
G
65
O
66
G
67
I
68
B
69
B
70
B
71
G
72
O
73
B
74
N
75
N
76
I
77
G
78
N
79
O
  1. N-Ultraviolet Light
  2. N-X-rays
  3. G-Cosmic Microwave Background
  4. O-Magnified
  5. G-Emission
  6. G-Blue Shift
  7. G-Moon's Light
  8. B-Newton's Third Law of Motion
  9. N-Gamma Rays
  10. B-Increasing the Distance
  11. N-Microwaves
  12. B-Perfect Circle
  13. I-Electrons
  14. O-Catadioptric Telescope
  15. O-Convex Mirror
  16. O-Focus
  17. N-Visible Light
  18. G-Light Scattering
  19. B-Newton's Law of Universal Gravitation
  20. O-Concave Mirror
  21. N-Infrared
  22. G-Polarization
  23. O-Flat Mirror
  24. G-Magnetic Fields of Stars
  25. B-Increasing the Mass
  26. O-Refraction Telescope
  27. G-Reddening of the Moon/sun at the horizon
  28. I-Intensity
  29. G-Doppler Effect
  30. B-Kepler's First Law of Planetary Motion
  31. I-Speed of Light
  32. I-Photon
  33. I-Frequency
  34. B-Newton's first Law of Motion
  35. I-Light
  36. I-Ground State
  37. O-Converging (Convex) Lens
  38. N-Red
  39. N-Radio waves
  40. O-Upright
  41. I-Wave-Particle Duality
  42. G-Gravitational Lensing
  43. I-Particle Nature
  44. I-Direct Proportion
  45. N-Violet
  46. N-Energy produced is less.
  47. O-Reflecting Telescope
  48. I-Wave Nature
  49. O-Virtual Image
  50. B-Kepler's Second Law of Planetary Motion
  51. G-Refraction
  52. N-It is crowded out by other light colors.
  53. B-Perihelion
  54. B-Aphelion
  55. G-Diffraction
  56. O-Real Image
  57. I-Excited State
  58. I-Wavelength
  59. B-Foci
  60. N-Blackbody Curve
  61. B-Kepler's Laws of Planetary Motion
  62. O-Diverging (Concave) Lens
  63. I-Electromagnetic Spectrum
  64. G-Red Shift
  65. O-Reduced
  66. G-Interference
  67. I-Inverse Proportion
  68. B-Newton's Second Law of Motion
  69. B-Newton's Law's of Motion
  70. B-Semimajor axis
  71. G-Adsorption
  72. O-Color Fringing
  73. B-Kepler's Third Law of Planetary Motion
  74. N-Filters
  75. N-It produces colors of light we can't see.
  76. I-Photoelectric Effect
  77. G-Reflection
  78. N-Energy produce is greater.
  79. O-Inverted