depending on how strong the kettle is, how hot you heat it, how much water is in it, etc., the kettle might fail or it might not.

Most of the water would turn into a vapor, but depending on the volume of said kettle it would reach a limit where no more water could evaporate due to intense pressure.

Quote from: Sandtrap on November 04, 2014, 11:17:43 PM

There might also be escape through heavy condensation, but don't quote me on that.

it's rc, you better get it right or i'll kill you

also that's not what condensation is

Technical terms, not spot on at the moment. Don't have the necessesary words to construct what I'm trying to convey in terms of escaping water and metal.

*Sees title*

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*Opened thread*

Aw,

Quote from: Sandtrap on November 04, 2014, 11:20:57 PM

Quote from: RC5908 on November 04, 2014, 11:18:41 PM

Quote from: Sandtrap on November 04, 2014, 11:17:43 PM

There might also be escape through heavy condensation, but don't quote me on that.

it's rc, you better get it right or i'll kill you

also that's not what condensation is

Technical terms, not spot on at the moment. Don't have the necessesary words to construct what I'm trying to convey in terms of escaping water and metal.

water doesn't pass through metal

Nope. Nope, got it. Brain is doing stuff. It's the heat transfer. Because of temperature differences, condensation of the kettle on the outside. Loss of heat, no air escape, water inside does not boil because of the transfer of heat. Heat, does transfer through objects, not water.

Quote from: RC5908 on November 04, 2014, 11:21:44 PM

Quote from: Sandtrap on November 04, 2014, 11:20:57 PM

Quote from: RC5908 on November 04, 2014, 11:18:41 PM

Quote from: Sandtrap on November 04, 2014, 11:17:43 PM

There might also be escape through heavy condensation, but don't quote me on that.

it's rc, you better get it right or i'll kill you

also that's not what condensation is

Technical terms, not spot on at the moment. Don't have the necessesary words to construct what I'm trying to convey in terms of escaping water and metal.

water doesn't pass through metal

Nope. Nope, got it. Brain is doing stuff. It's the heat transfer. Because of temperature differences, condensation of the kettle on the outside. Loss of heat, no air escape, water inside does not boil because of the transfer of heat. Heat, does transfer through objects, not water.

in class's situation, heat is being added to the kettle the entire time tho

Quote from: Saleem on November 04, 2014, 11:18:34 PM

Most of the water would turn into a vapor, but depending on the volume of said kettle it would reach a limit where no more water could evaporate due to intense pressure.

So even if the water temperature was above boiling point, it would stay a liquid?

With a higher temperature I would be led to believe more water would evaporate thus increasing the pressure even more. It really depends on the amount of water and the volume of the kettle. A bit of it is going to stay liquid. And because of this science, pressure cookers make pretty good home made bombs.

3. Condensation on the outside of the kettle results in loss of heat, even if continueous heat is applied. Basically, heat goes in, heat comes out. Meaning, nothing happens.

i don't think that any water would condense on the outside of the kettle. even if it did for some reason, it would just evaotoate away immediately.

Explosion

you're wrong, now take your cock out

Quote from: RC5908 on November 04, 2014, 11:37:10 PM

you're wrong, now take your cock out

Noelle can sense when it happens.

creepy

Quote from: RC5908 on November 04, 2014, 11:27:06 PM

Quote from: Sandtrap on November 04, 2014, 11:25:47 PM

Quote from: RC5908 on November 04, 2014, 11:21:44 PM

Quote from: Sandtrap on November 04, 2014, 11:20:57 PM

Quote from: RC5908 on November 04, 2014, 11:18:41 PM

Quote from: Sandtrap on November 04, 2014, 11:17:43 PM

There might also be escape through heavy condensation, but don't quote me on that.

it's rc, you better get it right or i'll kill you

also that's not what condensation is

Technical terms, not spot on at the moment. Don't have the necessesary words to construct what I'm trying to convey in terms of escaping water and metal.

water doesn't pass through metal

Nope. Nope, got it. Brain is doing stuff. It's the heat transfer. Because of temperature differences, condensation of the kettle on the outside. Loss of heat, no air escape, water inside does not boil because of the transfer of heat. Heat, does transfer through objects, not water.

in class's situation, heat is being added to the kettle the entire time tho

Then there are three outcomes.

1. Kettle explodes when the pressure inside continues to rise beyond the capacity of the kettle.
2. Kettle is strong enough to maintain pressure, nothing happens.
3. Condensation on the outside of the kettle results in loss of heat, even if continueous heat is applied. Basically, heat goes in, heat comes out. Meaning, nothing happens.

Tuddah.

Condensation doesn't happen fast enough, or vast enough to have much effect on lowering the temperature of a kettle that is constantly being heated. There will be water vapor creating pressure on the inside. Even though on the outside it may not look like much, there's a shitload of science going down inside. And if the kettle isn't up to the task it would explode, but if it could hold the pressure it would sit there with water vapor, and un-evaporated water.

Quote from: RC5908 on November 04, 2014, 11:38:07 PM

Quote from: Vien on November 04, 2014, 11:37:41 PM

Quote from: RC5908 on November 04, 2014, 11:37:10 PM

you're wrong, now take your cock out

Noelle can sense when it happens.

creepy

Indeed. Now fucking die.

D: