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Temp and humidity changes do not change the fact that smooth is better than rough when it comes to fluid dynamics
Smooth is better is literally just an opinion. Like faster flow is smoother. That is not always the case.
Weren't you the guy who insisted the speed of sound is not necessarily the speed that sound travels at?
You insisted that it is simply 660MPH.
Actually no.
Maybe you should avoid conversations that are beyond your level of comprehension.
Maybe you should stop having *** with small dogs?
 
Smooth is better is literally just an opinion. Like faster flow is smoother. That is not always the case.
No, it's actually proved scientifically.
Learn the difference between belief and facts. Fer chrissake, you're 50 years old and think like a child.
Actually no.
Actually, yes. It was when you insisted subsonic had to do with the frequency of sound, instead of the speed.
You went off on one of your rants that a label you saw on an amp is factual info.
Maybe you should stop having *** with small dogs?
Another of your fantasies?
Do you think about bestiality often?
 
No, it's actually proved scientifically.
Learn the difference between belief and facts. Fer chrissake, you're 50 years old and think like a child.

Actually, yes. It was when you insisted subsonic had to do with the frequency of sound, instead of the speed.
You went off on one of your rants that a label you saw on an amp is factual info.

Another of your fantasies?
Do you think about bestiality often?
Show us proof that you comprehend science.
 

Define Subsonic​


Subsonic refers to a frequency that is below the range of human hearing, specifically below 20 Hz. This means that subsonic sound waves are too low in frequency to be heard by the human ear. However, subsonic vibrations can still be felt and can have an impact on the environment.


Subsonic frequencies are often used in scientific research and in industrial applications. For example, subsonic vibrations can be used to test the structural integrity of buildings and bridges. In addition, subsonic frequencies are used in the design of aircraft and other vehicles to reduce noise and improve efficiency.


Define Infrasonic​


Infrasonic refers to a frequency that is below the range of human hearing, specifically below 20 Hz. However, unlike subsonic frequencies, infrasonic frequencies are often felt rather than heard. Infrasonic vibrations can cause physical discomfort and can even be harmful to human health.


Infrasonic frequencies are often produced by natural phenomena such as earthquakes, thunderstorms, and volcanic eruptions. In addition, infrasonic frequencies can be produced by man-made sources such as explosions and industrial machinery. Infrasonic frequencies can also be used in scientific research to study the behavior of animals and to detect earthquakes and other natural disasters.
 
@Buck See if Rob can explain the effects the change in air temperature and or humidity have on the velocity of air moving through a tuned port, if any. Also, what effects change in the fluid dynamics of the air in the enclosure when the elevation is greatly changed.
Ironically, they have about the same real world effect as swapping out your slot port for a round one. :ROFLMAO::ROFLMAO::ROFLMAO::ROFLMAO:
 
Just stop Rob. As soon as you have it in your head that you are right you will block everything else.
You should test that theory, and actually provide some proof.
Show me a handful of these "lies" you are always accusing me of.

Show us proof that you comprehend science.
If I didn't comprehend it, how TF would I know when and where to apply it in life or conversation?
JFC, you are dim.

Frequency:
. In the context of sound, "subsonic" can also refer to infrasonic sound, which are sound waves with frequencies too low for humans to perceive
No shit.
You argued that it had to do with what frequency an amp was driving a speaker with. Remember the discussion?
You said subsonic was lower than the threshold of human hearing, but could reach as high as audibility for some people.
Unless that was the other person/s posting under your user name?
 
No. That's why I provided links to the information: so he could hear it from the experts.

I'm not Einstein, but I can tell you that his theories have been proved time and time again, and I can reference them.
I'm not a brain surgeon, but I can tell you that physically touching part of the brain of a lucid patient will cause them to taste things. Been proved time and again, and I can reference their work.
I'm not an electrical engineer, but I can quote Ohm's law. It's been proved time and again.

I'm not a fluid dynamics expert, but I can assure you that they proved long ago that smooth is better then rough when it comes to fluid flow. I can even reference their proof.

Then we have you.
You are not a medical doctor, but you know that all doctors are wrong if they believe there are nerves in bones.
You are not an electrical engineer, but you know all of them are wrong if they say a mono amp has only one output.
You are not a lawyer, but you know that the courts got it all wrong when they convicted Trump of committing dozens of felonies.
You are not a homeowner and live with a relative, yet you try to claim someone who has multiple homes (present and past), lives with a family member in a trailer.

Compare the two patterns.
Tell me if you can see anything specific.
IMG_9374.gif
 
You should test that theory, and actually provide some proof.
Show me a handful of these "lies" you are always accusing me of.


If I didn't comprehend it, how TF would I know when and where to apply it in life or conversation?
JFC, you are dim.


No shit.
You argued that it had to do with what frequency an amp was driving a speaker with. Remember the discussion?
You said subsonic was lower than the threshold of human hearing, but could reach as high as audibility for some people.
Unless that was the other person/s posting under your user name?
It's like talking to a know-it-all kid who never gets spanked.

Read fucko.

Define Subsonic​


Subsonic refers to a frequency that is below the range of human hearing, specifically below 20 Hz. This means that subsonic sound waves are too low in frequency to be heard by the human ear. However, subsonic vibrations can still be felt and can have an impact on the environment.


Subsonic frequencies are often used in scientific research and in industrial applications. For example, subsonic vibrations can be used to test the structural integrity of buildings and bridges. In addition, subsonic frequencies are used in the design of aircraft and other vehicles to reduce noise and improve efficiency.
 
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