Just curious as to how this would work so I figured Id ask others who had more knowledge.
As we know our regulators deliver air to us based on the adjusted ambient pressure of depth. (I think) My question is simple. If a person was to do say a rescue dive where a person was trapped in an air pocket say in a car that had submerged. If this was at 2 atmospheres or 66 feet in depth. what would the result be if you were to come inside that air pocket and allow someone to use your alternate air and then come to the surface?
Would it make a diffrence since they were in an air pocket all the way to the bottom as far as the capacity of the lungs are concerned? What would be any concerns on this application?
iF This seems like a stupid question I apologize in advance just something I was curious of.
As we know our regulators deliver air to us based on the adjusted ambient pressure of depth. (I think) My question is simple. If a person was to do say a rescue dive where a person was trapped in an air pocket say in a car that had submerged. If this was at 2 atmospheres or 66 feet in depth. what would the result be if you were to come inside that air pocket and allow someone to use your alternate air and then come to the surface?
Would it make a diffrence since they were in an air pocket all the way to the bottom as far as the capacity of the lungs are concerned? What would be any concerns on this application?
iF This seems like a stupid question I apologize in advance just something I was curious of.