00:01
We will apply here combined gas law by combined gas law.
00:14
We know that p1, v1 divided by t1 is equal to p2, v2 divided by t2.
00:23
So p1, that's the initial pressure, v1 is the initial volume, t1 is the initial temperature, p2 is the final pressure, v2 is the final volume, and t2 is the final time.
00:34
Now putting the values but first of all we have to convert the temperature given in degrees celsius to calvin.
00:43
So initial temperature t1 that's equal to 30 degrees celsius so adding 273 to this so we will get 30 then we have final temperature e2 that's equal to 820 degrees celsius adding 273 to this.
01:31
So we will get 1093 kelvin.
01:39
So now putting the values, initial pressure that is 710.
01:48
10 tor...