sounda noisewe canhearTympanalOrgansThese organs aresimilar to humaneardrums and arefound in many insects,including crickets,grasshoppers, cicadas,and some butterfliesand moths.InnerEarCochleafrequencyFrequency is thenumber of times avibrating objectcompletes a full cycleof motion in onesecond. It'smeasured in hertz(Hz)StereociliaDelicatehairsinside earsthat vibratePinnaTheouterearEardrumPart of theinside of yourear that allowsyou to hearvibrationsfishhaveinternalearsSoundWaveA vibrationthat travelsthroughthe airCochleathe spiralcavity ofthe innerearWavelengthThe distancebetween wavepeaks. Usuallymeasured from thepeak of one waveto the peak of thewave next to it. VibratingMovingback andforthreally fastWavePeakThe highestpoint on awave. Alsocalled thecrest.SoundWaveVibrations of airparticles thattransmit sound.Sound waves area type oflongitudinal wave.AmplitudeThe height of awave. Usuallymeasured from thewave's restingpoint to the peakof the wave.hearingusing ourears tolisten tosoundPitchThe relativehighness orlowness ofa soundsounda noisewe canhearTympanalOrgansThese organs aresimilar to humaneardrums and arefound in many insects,including crickets,grasshoppers, cicadas,and some butterfliesand moths.InnerEarCochleafrequencyFrequency is thenumber of times avibrating objectcompletes a full cycleof motion in onesecond. It'smeasured in hertz(Hz)StereociliaDelicatehairsinside earsthat vibratePinnaTheouterearEardrumPart of theinside of yourear that allowsyou to hearvibrationsfishhaveinternalearsSoundWaveA vibrationthat travelsthroughthe airCochleathe spiralcavity ofthe innerearWavelengthThe distancebetween wavepeaks. Usuallymeasured from thepeak of one waveto the peak of thewave next to it. VibratingMovingback andforthreally fastWavePeakThe highestpoint on awave. Alsocalled thecrest.SoundWaveVibrations of airparticles thattransmit sound.Sound waves area type oflongitudinal wave.AmplitudeThe height of awave. Usuallymeasured from thewave's restingpoint to the peakof the wave.hearingusing ourears tolisten tosoundPitchThe relativehighness orlowness ofa sound

SOUND - 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
M M
2
E E
3
T T
4
S S
5
T T
6
S S
7
E E
8
M M
9
E E
10
S S
11
M M
12
T T
13
S S
14
S S
15
E E
16
T T
17
M M
  1. M-a noise we can hear
    M-sound
  2. E-These organs are similar to human eardrums and are found in many insects, including crickets, grasshoppers, cicadas, and some butterflies and moths.
    E-Tympanal Organs
  3. T-Cochlea
    T-Inner Ear
  4. S-Frequency is the number of times a vibrating object completes a full cycle of motion in one second. It's measured in hertz (Hz)
    S-frequency
  5. T-Delicate hairs inside ears that vibrate
    T-Stereocilia
  6. S-The outer ear
    S-Pinna
  7. E-Part of the inside of your ear that allows you to hear vibrations
    E-Eardrum
  8. M-have internal ears
    M-fish
  9. E-A vibration that travels through the air
    E-Sound Wave
  10. S-the spiral cavity of the inner ear
    S-Cochlea
  11. M-The distance between wave peaks. Usually measured from the peak of one wave to the peak of the wave next to it.
    M-Wavelength
  12. T-Moving back and forth really fast
    T-Vibrating
  13. S-The highest point on a wave. Also called the crest.
    S-Wave Peak
  14. S-Vibrations of air particles that transmit sound. Sound waves are a type of longitudinal wave.
    S-Sound Wave
  15. E-The height of a wave. Usually measured from the wave's resting point to the peak of the wave.
    E-Amplitude
  16. T-using our ears to listen to sound
    T-hearing
  17. M-The relative highness or lowness of a sound
    M-Pitch