But cold water is also continuously flowing in. And as someone said, it perhaps cools down quickly. Is that all and all enough for such a dense vapor cloud to appear as in pic?
If it is colder above ground, than the ambient temperature of the ground, IIRC that’s somewhere in the 50° F range, and less humid than the sewers, sure.
Oh I thought you meant to add something with the word thermodynamics, but apparently you just wanted to say something fancy that didn’t actually add to what you already said.
When you take a hot shower where do you think that water is going?
Wouldn’t it cool off in the sewer, though?
Yes but hot water continues to flow in.
And it doesn’t need to stay very hot. It just needs to be warmer than the outside air temperature in order for vapor to form.
The ground and continuous hot water input keeps everything insulated.
But cold water is also continuously flowing in. And as someone said, it perhaps cools down quickly. Is that all and all enough for such a dense vapor cloud to appear as in pic?
If it is colder above ground, than the ambient temperature of the ground, IIRC that’s somewhere in the 50° F range, and less humid than the sewers, sure.
Yeah okay maybe. In the winter for sure
More hot water than cold water is flowing in. It’s a simple thermodynamics problem
How so, or do you just wanna sound smart
I just told you. How slow are you?
Oh I thought you meant to add something with the word thermodynamics, but apparently you just wanted to say something fancy that didn’t actually add to what you already said.