00:01
We'll be looking at introduction to thermodynamics for this problem.
00:03
We want to determine the local atmospheric pressure of three different places, okay? express it, the local temperature in bar as well as in atmosphere.
00:21
So for the first city, we have the local atmosphere pressure that will be 1 ,0 ,26.
00:30
From the site, 1 .41 millibar, okay? so we can just divide this by 1 ,000, which is, if you divide it by 1 ,000, then we'll have it as 1 .02, okay? 1 .026, 4, 41 bar.
01:11
So that's in that.
01:12
And to have it in atmosphere we'll divide this by one point so this is in that so in atmosphere in atmosphere we'll divide 1 .0 to 6 4 1 bar by by 1 .0 1 .0 1325 so if we do this we'll have we answer.
01:57
To be 1 .01298 atmosphere.
02:12
Okay, so this is a pressure atmosphere.
02:29
So we can go to the next city, the next place.
02:33
Number two, we have it to be one from the side to be one zero, 10025 .74 millibar which you can convert to bar.
02:52
So do that, we divided by 1 ,000...