00:01
Start with our osmotic pressure, pi, and that's equal to 1 .54 tor.
00:10
I'm going to convert this to atmospheres, 760 tor, equivalent to one atmosphere.
00:16
So our osmotic pressure in atmospheres works out 2 .0023 atmospheres.
00:25
And then osmotic pressure, pi is equal to mrt.
00:29
It's all for the malarity here.
00:30
This would be pi over rt.
00:33
And this would be .00203 atmospheres.
00:37
Ours are ideal gas constant, 0 .08206 liters atmospheres per mole kelvin.
00:45
And the temperature here, this is at 25 degrees celsius, which is 298 kelvin.
00:50
So solving for our malaria here, divided by .08206, divided by 298...