Intro to Audio Quiz for Eric.
Acoustic Dynamic System Reduction
Attack Dynamics Suspension Release
Attack Decay Sustain Release
Attack Duration Sustain Reduction
Attack Dynamics Sustain Release
Direct Sound
Early Reflections
Reverberation
All of the Above
None of the Above
That is very small
Without sound
Without reflections
With delay
With added range
A pure tone
A simple wave
A frequency devoid of harmonics or overtones
All of the above
None of the above
1st & 2nd
3rd & 4th
5th, 6th, and 7th
8th
9th
Sound waves bend around an object
Sound waves bounce off an object
Sound waves change direction caused by passing through a different medium
Multiple repeats of a sound become closely spaced with time creating a 'warm' sound
None of the above
Frequency/speed of sound
Length x width
Amplitude/frequency
Frequency x speed of sound
Velocity/frequency
1000 m/sec
1130 ft/sec
343 ft/sec
1130 m/sec
650 miles/h
Low frequencies
Low-mid frequencies
Mid range frequencies
High-mid frequencies
High frequencies
Pitch
Octave
Sharp
Harmonic
Inversion
A Fourier Series Analysis
Diffusion
Time delay spectronomy
Rarefaction
Separation
Frequency
Amplituted
Peak value
Wavelength
Period
Amplitude
Seconds
Hertz
Nanowebers
DB/octave
Compression
Reduction
Rarefaction
Amplitude
Expansion
Spl
Frequency response
Phase angle
Equal loudness
Signal to noise ratio
3 dB
1 dB
6 dB
0 dB
10 dB
Floating point multiples of the fundamental frequency
Only odd number multiples of the fundamental frequency
Only even number multiples of the fundamental frequency
Whole number multiples of the fundamental frequency
Overtones that have no relation to the fundamental frequency
The outer ear
The middle ear
The inner ear
The brain stem
The brain
Elasticity
Compression
Rarefaction
All of the above
None of the above
Phase that cancels the sound completely
Phase that increases a sound's amplitude
Phase that decreases a sound's amplitude
A & c
None of the above
The highness or lowness of a sound
The loudness or softness of a sound
The characteristic tonal quality of a sound
The speed of a sound
A sound's sonic time pattern
The amount of time it takes for low frequencies to diffract around the head
The amplitude differences of high frequencies between the two ears
The way the Pinna will 'color' the sound of low frequencies
The amplitude differences of low frequencies between the two ears
None of the above
Resonance
Refraction
Diffusion
Diffraction
Rarefaction
Only partials and overtones
Only the fundamental frequency
Only even harmonics
Only odd harmonics
Odd and even harmonics
Tympanic membrane
Hammer, anvil, and stirups
Cochlea
Auditory Nerve
Basilar Membrane
1.13 ft
11.3 ft
113 ft
1130 ft
None of the above
The highness or lowness of a sound
The characteristic tonal quality of a sound
The speed of a sound
A sound's sonic time pattern
A sound's changing volume and/or pitch
20Hz-80Hz
81Hz-320Hz
2.57kHz-3.5kHz
3.56kHz-5.12kHz
None of the above
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