Stephen A. Lawrence sa...@pobox.com wrote:
Jed, it's a container, with all the walls at several hundred degrees C or
higher; the bottom's in contact with the burner and is probably at about
1000 C.
There is nothing inside the container except gas: Gaseous water.
Yet you are claiming the
Hi Jed,
What you wrote is true when there is liquid water and steam together in
a container - the combination cannot be heated to a temperature higher
than 100 deg C without raising the pressure. However once all the
liquid has turned to gas there is no longer any limit to what
temperature
jwin...@cyllene.uwa.edu.au wrote:
What you wrote is true when there is liquid water and steam together in a
container - the combination cannot be heated to a temperature higher than
100 deg C without raising the pressure. However once all the liquid has
turned to gas there is no longer any
On 02/10/2011 08:28 AM, Jed Rothwell wrote:
jwin...@cyllene.uwa.edu.au mailto:jwin...@cyllene.uwa.edu.au wrote:
What you wrote is true when there is liquid water and steam
together in a container - the combination cannot be heated to a
temperature higher than 100 deg C
Stephen A. Lawrence sa...@pobox.com wrote:
The kettle is still filled with water vapor -- dry steam -- and the
pressure inside is still 1 atmosphere, give or take a few millibars.
What temperature do you suppose the steam inside the kettle is at?
Could this be -- gasp! -- an example of
On 02/09/2011 09:43 PM, Jed Rothwell wrote:
Stephen A. Lawrence sa...@pobox.com mailto:sa...@pobox.com wrote:
(I'm going to put back a few lines you snipped, just for context clarity:)
After a while, all the water boils to steam.
The kettle is still filled with water vapor, of course! But
Although this discussion thread is really a moot point after it was pointed out
that there are 5
PLCs which are controlling the power to the resistive heaters, there's one
thing I'd like to point
out...
Stephen said:
Jed, it's a container, with all the walls at several hundred degrees C or
pV = nRT. If the temperature increases, there must be a corresponding increase
in the pressure or the volume (or both). In this tea kettle case, the volume of
the steam increases right out the top of the kettle. But the temperature can
increase above 100.
Sent from my iPhone.
On Feb 9,
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