00:01
In this problem, we are going to calculate the boiling point of the sulfur dioxide.
00:06
I'll let the boiling point is this capital t.
00:12
Since we know that the thermometer is working on a principle where the height of the column is proportioned to the temperature, so that can be written in the form of equation as t is equals to kh.
00:24
Here, this case is a constant.
00:26
So the square shows that the temperature will be proportional to the height.
00:30
Now in the case of water, this equation can be written as a tw is equal to k and this hw.
00:38
So let's call it equation number one.
00:41
Similarly for sulfur dioxide, we can write here this ts or 2 is equals to k -h -s -o -2.
00:51
So this will be our equation number two.
00:56
Now using equation number one and equation number two, we can write here this ts or 2.
01:02
This is equals to into h .s .o .2 divided by h water into t water...