If you assume a uniform breathing rate and a uniform ascent rate...
First, assume a perfectly spherical diver of uniform density.
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If you assume a uniform breathing rate and a uniform ascent rate...
First, assume a perfectly spherical diver of uniform density.
Is that some scuba homework?Assume my RMV is 15L/min on the surface, 30L/min at 10m.
If I ascent from 10m depth to surface, ascend rate is steady 10m/min,
how much air will I consume??
If my SAC is not constant, and my ascent rate is not constant,
how could I calculate my air consumption.
Please help solve this problem in University Calculus/Physics way,
my calculus skills are rusted but if you give me a hint, I might recall the memory....
thank you.
That’s more than a doubleWe need the answer to 16 decimal places for complete irrelevance.