0:00
Hello everyone.
00:01
So in a given numerical, the 100 degrees celsius, this is the temperature of a body that is a 1 .1 kilogram of water.
00:11
1 .1 kilogram of water.
00:15
And this 100 degree celsius is the steam.
00:19
Okay, this steam is passes through a 1 .1 kilogram of a water container in a calorometer of equivalent.
00:27
So we can write here that is a calorimeter equivalent that is 0 .02 kilogram and it having a temperature this is a 15 degrees celsius.
00:36
That means there are two bodies guys.
00:38
Okay, first one is 100 degrees celsius steam and second one body is a 0 .02 gram and 15 degrees celsius temperature of a caloreometer.
00:47
Okay now so we move that is a solution.
00:51
So heat required by heat required by by means.
00:58
Means we can consider a calorometer plus water both of them.
01:03
4q is equivalent to a m1, c1 plus m2, c2 and the same temperature difference so we can mention delta t...