Troughthe motion of anobject with arestoring force thatis directlyproportional to itsdisplacement fromequilibriuma spot whentwo wavesmeet to makethe greatestamplitudependulumThe amount oftime it takes anobject to makeone completecycle of motionPeriodmediumThemaximumdisplacementfromequilibriumLaw ofReflectionHooke’sLawA wave thatparticles vibrateboth parallel andperpendicular tothe waves motion principle ofsuperpositiona device thatshows simpleharmonicmotion with abob swingingon a stringA singledisturbance orpulse thattravels througha medium.when two wavesmeet that are thesame, buttraveling indifferent directionswhen twowaves canoccupy thesame place andthe same timetransversewavewavereflectedwavethe bendingof a wave asit travels fromone mediumto anotherwavefrontantinodewavelengththe wavethat hits aboundaryThe force actingon a spring isdirectlyproportional to theamount that thespring is stretchedrefractiona special occurrencewhen small vibrationsare added to theenergy of a vibratingobject to make theamplitude of thevibrations increase.the material amechanicalwave cantravel throughnormalthe time it takesto complete anumber ofcycles in a givenamount of timeperiodicwavecrestincidentwavea disturbancethat carriesenergy throughmatter orspace.Periodicmotiona wave thatparticles vibrateperpendicularto the wavesmotionthehighestpoint on awavelongitudinalwaveresonanceA mechanicalwave thatmoves upand down atthe same ratethe shortestdistance betweentwo points wherethe wave patternrepeats itselfan angle ofincidenceequals angleof reflectiona wave thatparticlesvibrateparallel to thewaves motionraywhen twowaves acttogether tomake a newwavenodethe lowestpoint on awavethe line thatis drawn toshow thedirection of awavestandingwavethe spot whentwo wavesmeet to have adisplacement ofzeroa wave thatbouncesback into theoriginalmediuma line drawnperpendicularto the surfaceat which awave hits aboundarySimpleHarmonicMotionthe linerepresentingthe crest of awave in twodimensionswavepulsefrequencysurfacewaveinterferencethe motion ofan objectthat repeatsitself.amplitudeTroughthe motion of anobject with arestoring force thatis directlyproportional to itsdisplacement fromequilibriuma spot whentwo wavesmeet to makethe greatestamplitudependulumThe amount oftime it takes anobject to makeone completecycle of motionPeriodmediumThemaximumdisplacementfromequilibriumLaw ofReflectionHooke’sLawA wave thatparticles vibrateboth parallel andperpendicular tothe waves motion principle ofsuperpositiona device thatshows simpleharmonicmotion with abob swingingon a stringA singledisturbance orpulse thattravels througha medium.when two wavesmeet that are thesame, buttraveling indifferent directionswhen twowaves canoccupy thesame place andthe same timetransversewavewavereflectedwavethe bendingof a wave asit travels fromone mediumto anotherwavefrontantinodewavelengththe wavethat hits aboundaryThe force actingon a spring isdirectlyproportional to theamount that thespring is stretchedrefractiona special occurrencewhen small vibrationsare added to theenergy of a vibratingobject to make theamplitude of thevibrations increase.the material amechanicalwave cantravel throughnormalthe time it takesto complete anumber ofcycles in a givenamount of timeperiodicwavecrestincidentwavea disturbancethat carriesenergy throughmatter orspace.Periodicmotiona wave thatparticles vibrateperpendicularto the wavesmotionthehighestpoint on awavelongitudinalwaveresonanceA mechanicalwave thatmoves upand down atthe same ratethe shortestdistance betweentwo points wherethe wave patternrepeats itselfan angle ofincidenceequals angleof reflectiona wave thatparticlesvibrateparallel to thewaves motionraywhen twowaves acttogether tomake a newwavenodethe lowestpoint on awavethe line thatis drawn toshow thedirection of awavestandingwavethe spot whentwo wavesmeet to have adisplacement ofzeroa wave thatbouncesback into theoriginalmediuma line drawnperpendicularto the surfaceat which awave hits aboundarySimpleHarmonicMotionthe linerepresentingthe crest of awave in twodimensionswavepulsefrequencysurfacewaveinterferencethe motion ofan objectthat repeatsitself.amplitude

Simple Harmonic Motion Vocab - 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
G
2
B
3
G
4
N
5
I
6
I
7
B
8
N
9
O
10
N
11
O
12
B
13
O
14
N
15
O
16
B
17
B
18
I
19
O
20
O
21
N
22
G
23
N
24
N
25
G
26
B
27
B
28
O
29
I
30
I
31
B
32
N
33
I
34
I
35
B
36
O
37
I
38
O
39
G
40
G
41
B
42
G
43
B
44
G
45
I
46
I
47
G
48
I
49
N
50
N
51
G
52
N
53
O
54
B
55
O
56
G
57
I
58
O
59
B
60
G
  1. G-Trough
  2. B-the motion of an object with a restoring force that is directly proportional to its displacement from equilibrium
  3. G-a spot when two waves meet to make the greatest amplitude
  4. N-pendulum
  5. I-The amount of time it takes an object to make one complete cycle of motion
  6. I-Period
  7. B-medium
  8. N-The maximum displacement from equilibrium
  9. O-Law of Reflection
  10. N-Hooke’s Law
  11. O- A wave that particles vibrate both parallel and perpendicular to the waves motion
  12. B-principle of superposition
  13. O-a device that shows simple harmonic motion with a bob swinging on a string
  14. N-A single disturbance or pulse that travels through a medium.
  15. O-when two waves meet that are the same, but traveling in different directions
  16. B-when two waves can occupy the same place and the same time
  17. B-transverse wave
  18. I-wave
  19. O-reflected wave
  20. O-the bending of a wave as it travels from one medium to another
  21. N-wave front
  22. G-antinode
  23. N-wavelength
  24. N-the wave that hits a boundary
  25. G-The force acting on a spring is directly proportional to the amount that the spring is stretched
  26. B-refraction
  27. B- a special occurrence when small vibrations are added to the energy of a vibrating object to make the amplitude of the vibrations increase.
  28. O-the material a mechanical wave can travel through
  29. I-normal
  30. I-the time it takes to complete a number of cycles in a given amount of time
  31. B-periodic wave
  32. N-crest
  33. I-incident wave
  34. I-a disturbance that carries energy through matter or space.
  35. B-Periodic motion
  36. O-a wave that particles vibrate perpendicular to the waves motion
  37. I-the highest point on a wave
  38. O-longitudinal wave
  39. G-resonance
  40. G-A mechanical wave that moves up and down at the same rate
  41. B-the shortest distance between two points where the wave pattern repeats itself
  42. G-an angle of incidence equals angle of reflection
  43. B-a wave that particles vibrate parallel to the waves motion
  44. G-ray
  45. I-when two waves act together to make a new wave
  46. I-node
  47. G-the lowest point on a wave
  48. I- the line that is drawn to show the direction of a wave
  49. N-standing wave
  50. N-the spot when two waves meet to have a displacement of zero
  51. G-a wave that bounces back into the original medium
  52. N- a line drawn perpendicular to the surface at which a wave hits a boundary
  53. O-Simple Harmonic Motion
  54. B-the line representing the crest of a wave in two dimensions
  55. O-wave pulse
  56. G-frequency
  57. I-surface wave
  58. O-interference
  59. B-the motion of an object that repeats itself.
  60. G-amplitude