diffraction Sonic boom 100,000 Frequency Longer than 3 months Sensation level 0 Differential sensitivity Otic capsule violating Otoconia Constructive interference 4 weeks .0002 dynes/cm2 extra- axial lesion Increases internal auditory canal Peripheral auditory system Space occupying mass lesions vestibular schwannoma Low Weightlifting Rarefaction Elasticity Hyperacusis Treacher Collins Compression Bilateral high frequency sensorineural The inverse square law Adulthood Otic placode Audiogram masking Source Hertz Adolescence Type 1 10 -12 watts/m2 SPL Cartilaginous Period misophonia Ceruminous glands Sinusoidal motion Extra- axial Refraction 300 Hz auditory nerve firing Autosomal dominant Peripheral auditory system Breastfeeding cartilage Tonotopic organization 10 degree angle diffraction Sonic boom 100,000 Frequency Longer than 3 months Sensation level 0 Differential sensitivity Otic capsule violating Otoconia Constructive interference 4 weeks .0002 dynes/cm2 extra- axial lesion Increases internal auditory canal Peripheral auditory system Space occupying mass lesions vestibular schwannoma Low Weightlifting Rarefaction Elasticity Hyperacusis Treacher Collins Compression Bilateral high frequency sensorineural The inverse square law Adulthood Otic placode Audiogram masking Source Hertz Adolescence Type 1 10 -12 watts/m2 SPL Cartilaginous Period misophonia Ceruminous glands Sinusoidal motion Extra- axial Refraction 300 Hz auditory nerve firing Autosomal dominant Peripheral auditory system Breastfeeding cartilage Tonotopic organization 10 degree angle
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. 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.
diffraction
Sonic boom
100,000
Frequency
Longer than 3 months
Sensation level
0
Differential sensitivity
Otic capsule violating
Otoconia
Constructive interference
4 weeks
.0002 dynes/cm2
extra-axial lesion
Increases
internal auditory canal
Peripheral auditory system
Space occupying mass lesions
vestibular schwannoma
Low
Weightlifting
Rarefaction
Elasticity
Hyperacusis
Treacher Collins
Compression
Bilateral high frequency sensorineural
The inverse square law
Adulthood
Otic placode
Audiogram
masking
Source
Hertz
Adolescence
Type 1
10 -12 watts/m2
SPL
Cartilaginous
Period
misophonia
Ceruminous glands
Sinusoidal motion
Extra-axial
Refraction
300 Hz
auditory nerve firing
Autosomal dominant
Peripheral auditory system
Breastfeeding
cartilage
Tonotopic organization
10 degree angle