- #1
T C
- 320
- 8
We all here (I presume that members here have better understanding of physical processes than average person) know that it isn't a fact that water began to boil at 100°C but much before that. When being heated in an open pot, as the temperature rises, water began to boil and more and more water will be converted to steam. At 100°C, all the water will be converted into steam.
Now, suppose we have some amount of water in an enclosed container and that is being heated, if the heating is isobaric, then at around 80°C temperature; nearly about 46% of the water will then become steam. Now, question is, as the water is being heated in an enclosed container in isobaric way, what we will get at the end. Whether the steam will be separated from water inside the container or what we will get is an homogeneous mixture of steam and water inside the container.
Now, suppose we have some amount of water in an enclosed container and that is being heated, if the heating is isobaric, then at around 80°C temperature; nearly about 46% of the water will then become steam. Now, question is, as the water is being heated in an enclosed container in isobaric way, what we will get at the end. Whether the steam will be separated from water inside the container or what we will get is an homogeneous mixture of steam and water inside the container.