The solubility of n2 in blood at 37°c and a partial pressure of 0.80 atm is 5.6 ✕ 10−4 mol·l−1. a deep-sea diver breathes compressed air with a partial pressure of n2 equal to 4.1 atm. assume that the total volume of blood in this diver's body is 6.2 l. calculate the amount of n2 gas released (in liters) when the diver returns to the surface of water, where the partial pressure of n2 is 0.80 atm. (2 sig fig)

The amount of N₂ gas released is 0.4546 l.

Explanation:

The solubility of gas is proportional to the partial pressure of the gas. Thus:

The nitrogen concentration in the surfacing divers blood decreases by:

The amount of nitrogen released is given by the multiplication of Δc and volume of blood in human body:

Using ideal gas law we can calculate the volume at 0.8 atm and 37°C (310.15K):

another example of kinetic energy would be,

kinetic energy   >     moving energy

answer   >   letter choice (c),   a hammer falling off a table.

hope that !                                         : )

their crystal patterns have been disrupted by stress