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Anonymous commented at 2010-07-07 00:00:04 » #356610
Hhey, enough residual oxygen stays in the blood that the brain can still be alive after 10 minutes after you pass out and stop breathing. WE CAN STILL SAVE HER! SOMEBODY PHOTOSHOP THE PIC TO ADD A DIVER! ... WITH THE KEYS, OR POSSIBLY A PICK, SHIM, BOLT CUTTERS, OR UNDERWATER TORCH! LETS GO PEOPLE MOVE IT MOVE IT!
18 Points Flag
Hhey, enough residual oxygen stays in the blood that the brain can still be alive after 10 minutes after you pass out and stop breathing. WE CAN STILL SAVE HER! SOMEBODY PHOTOSHOP THE PIC TO ADD A DIVER! ... WITH THE KEYS, OR POSSIBLY A PICK, SHIM, BOLT CUTTERS, OR UNDERWATER TORCH! LETS GO PEOPLE MOVE IT MOVE IT!
18 Points Flag
Bloodbirdy commented at 2010-07-13 07:39:34 » #363579
The magic trick didn't exactly go as planned.
14 Points Flag
The magic trick didn't exactly go as planned.
14 Points Flag
Anonymous commented at 2011-01-31 13:18:13 » #602791
A full breath of air in a healthy female (asuming the breath was of standard air) contains enough oxygen to sustain your life for aproxamately 25 minuits. However as the lungs work via diffusion only half this amount can be utilized so a full breath assuming no loss can keep you alive for 12.5 minuits without the need for another. the reason a breath is so short is due to the fact that breathing works via pressure differential between the internal cavity of the chest and the surounding atmosphere meaning that those with large breasts will be able to hold their breath for a shorter period of time than a flatty. Also it is easier to hold your breath in a high low pressure enviroment for this same reason.
11 Points Flag
A full breath of air in a healthy female (asuming the breath was of standard air) contains enough oxygen to sustain your life for aproxamately 25 minuits. However as the lungs work via diffusion only half this amount can be utilized so a full breath assuming no loss can keep you alive for 12.5 minuits without the need for another. the reason a breath is so short is due to the fact that breathing works via pressure differential between the internal cavity of the chest and the surounding atmosphere meaning that those with large breasts will be able to hold their breath for a shorter period of time than a flatty. Also it is easier to hold your breath in a high low pressure enviroment for this same reason.
11 Points Flag
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