Depends upon the context, of course.I'm not. Its simple math really.
Next to each other in a clean room, of course not, depending upon frequency and listener position, but then that's not what we're talking about, is it.If something is 140 db, is it capable of being covered up by something that is 110 db?
You're also not specifying whether you're talking about psycho-accoustic interpretation, measured SPL, ...
All manner of situations could come up where the sources interfere. Shall I go on... ?
Both, and neither.Yes
No
No.Copy and paste one or the other.
No you haven't, you've waved away context.I've made it as simple as possible.
Here's something similarly as pointless...
Can you hear a 140dB *boom* originating at the center of the Earth ?
About as relevant as your question.
Absolutely. In the same way the broadcast microphones are specifically designed to filter out quite wide frequency ranges, with emphasis on normal human vocal frequency domain, and are generally very directional indeed.Aren't those type microphones DESIGNED specifically for that very purpose?
As what ?Do camcorder microphones have the same design.
Yes
No.
No.Please copy and paste your answer.
On video ? About 8 miles depending upon altitude and atmospherics. You probably mean the sound of hundreds of exposed controlled demolition cutter charges and wotnot. Sure, can be heard pretty easily.But yet, booms from explosive demolitions are heard and can be captured on video for miles.
Your point ? You're still arguing without actually running the sim. Yawn.
How about it ?How about a simple camcorder microphone that is designed to capture a range of sounds?
How loud was the building descent in dB ?Did you see Ashley Banfields' video from GZ during the collapse of 7WTC? It picked up the sounds of the collapse. Why wouldn't it pick up something MUCH louder?
