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(Created page with "#The ability of a microphone to pickup very quiet sounds results in a higher sensitivity number. #The ability for a speaker to produce a louder sound when fed the same amount of ...")
 
 
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Acoustics:
 
#The ability of a microphone to pickup very quiet sounds results in a higher sensitivity number.
 
#The ability of a microphone to pickup very quiet sounds results in a higher sensitivity number.
 
#The ability for a speaker to produce a louder sound when fed the same amount of power as another speaker. The SPL output for a given input level (usually tested with 1 watt of input power with a test instrument 1 meter directly in front of the speaker).
 
#The ability for a speaker to produce a louder sound when fed the same amount of power as another speaker. The SPL output for a given input level (usually tested with 1 watt of input power with a test instrument 1 meter directly in front of the speaker).
 
#The ability of a wireless microphone receiver to pickup very weak RF signal levels. Source: [http://www.allchurchsound.com/ACS/glossary/index.html Church Audio & Acoustics Glossary]
 
#The ability of a wireless microphone receiver to pickup very weak RF signal levels. Source: [http://www.allchurchsound.com/ACS/glossary/index.html Church Audio & Acoustics Glossary]
  
[[Category: Acoustics]]
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Agriculture:
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#The effect of remolding on the shear strength of an undrained cohesive soil.  
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[[Category: Acoustics]][[Category: Agriculture]]
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Latest revision as of 16:04, 12 September 2019

Acoustics:

  1. The ability of a microphone to pickup very quiet sounds results in a higher sensitivity number.
  2. The ability for a speaker to produce a louder sound when fed the same amount of power as another speaker. The SPL output for a given input level (usually tested with 1 watt of input power with a test instrument 1 meter directly in front of the speaker).
  3. The ability of a wireless microphone receiver to pickup very weak RF signal levels. Source: Church Audio & Acoustics Glossary

Agriculture:

  1. The effect of remolding on the shear strength of an undrained cohesive soil.  

Sponsor: eBooks.com