Difference between revisions of "Acoustics/Room acoustics (Q888)"
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(Added qualifier: knowledge level (P54): has heard of (Knowledge level) (Q469), #quickstatements; #temporary_batch_1720688088392) | (Created claim: prerequisite knowledge (P36): Mathematics/Equations and arithmetic (Q885), #quickstatements; #temporary_batch_1720696813410) | ||
| Property / prerequisite knowledge | |||
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| Property / prerequisite knowledge: Mathematics/Equations and arithmetic / rank | |||
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Revision as of 11:20, 11 July 2024
An insight into room acoustics lets us understand the limitations of a given venue, and to direct our energy to efficient mitigation strategies as opposed to mixing against windmills"."
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Acoustics/Room acoustics | An insight into room acoustics lets us understand the limitations of a given venue, and to direct our energy to efficient mitigation strategies as opposed to mixing against windmills"." |
Statements
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causes, effects and prediction of standing waves (English)
can demonstrate (English)
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reverberation time RT60 (English)
can explain purpose, definition and ways of measuring (English)
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room modes (English)
can give examples (English)
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temporal structure of an auditory event in a room (English)
can explain and relate to reverb effect parameters (English)
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acoustic surfaces, their modes of operation and frequency ranges (English)
can name examples (English)
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relation of venue volume, absorption coefficents of surfaces, and reverberation time (Sabine formula) (English)
0 references
acoustical critical distance (equilibrium of direct and diffuse sound) (English)
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relation of venue volume and modal behaviour (Schroeder frequency) (English)
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