May 11, 2024
12:36:55am
12:36:55am
I’m asking you to explain the physics of it.
Have you heard of Poisuilles Law? It applies to a non compressible liquid, but the same principles apply to gases.
The average diameter of a human trachea is 15-25mm. Diameter of snorkels are 15-25mm. So explain the physics of how you can have increased resistance from the snorkel apparatus itself? I guess if it was kinked.
I don’t think it’s the actual resistance of the snorkel causing pulmonary edema as it is other factors.
The average diameter of a human trachea is 15-25mm. Diameter of snorkels are 15-25mm. So explain the physics of how you can have increased resistance from the snorkel apparatus itself? I guess if it was kinked.
I don’t think it’s the actual resistance of the snorkel causing pulmonary edema as it is other factors.
Originally posted on May 11, 2024 at 12:36:55am
Message modified by Virginia Ute on May 11, 2024 at 12:38:24am
Message modified by Virginia Ute on May 11, 2024 at 12:38:40am
Message modified by Virginia Ute on May 11, 2024 at 12:40:39am
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Is there a lot of resistance in a snorkel? If someone can inhale comfortably out of a 6-0 ETT, why is a snorkel that is
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