Mike wrote:
You really are that dumb.

Wow... he really is.

Prove me wrong, then! You do realize that you are flowing hot water
back into the system, don't you? You do realize that for that water to
have a cooling affect on the air, that the air has transferred heat to
that water, don't you? So, you do realize that that water, in order to
cool with any noticeable amount, would be quite warm, usually warming
than the ambient air temperature, don't you?

That's what I was thinking...and how humid that would be in a boat cabin.



That too, real AC does a lot more than just cool, it removes humidity.
That's responsible for as much comfort as the cool air is.

"basskisser" wrote in message
oups.com...

Mike wrote:
You really are that dumb.

Wow... he really is.

Prove me wrong, then! You do realize that you are flowing hot water
back into the system, don't you? You do realize that for that water to
have a cooling affect on the air, that the air has transferred heat to
that water, don't you?

And you do realize the water returns to the "box" where the heat is
extracted by the ice as it circulates, right?
Now if you can grasp that, which "box" will be more efficient at this heat
transfer- The cooler, or the cardboard box?


So, you do realize that that water, in order to cool with any noticeable
amount, would be quite warm, usually warming
than the ambient air temperature, don't you?

LOL!
The Laws of Thermodynamics be damned! Basskisser says so.

LOL!
The Laws of Thermodynamics be damned! Basskisser says so.

Just killfile him like I did. He's really not the effort, and the noise
ratio goes way down. :-

--Mike

"Sam" wrote in message news:tYGeh.1013$LL4.149@trnddc04...

"basskisser" wrote in message
oups.com...

Mike wrote:
You really are that dumb.

Wow... he really is.

Prove me wrong, then! You do realize that you are flowing hot water
back into the system, don't you? You do realize that for that water to
have a cooling affect on the air, that the air has transferred heat to
that water, don't you?

And you do realize the water returns to the "box" where the heat is
extracted by the ice as it circulates, right?
Now if you can grasp that, which "box" will be more efficient at this heat
transfer- The cooler, or the cardboard box?


So, you do realize that that water, in order to cool with any noticeable
amount, would be quite warm, usually warming
than the ambient air temperature, don't you?

LOL!
The Laws of Thermodynamics be damned! Basskisser says so.

Sam wrote:
"basskisser" wrote in message
oups.com...

Mike wrote:
You really are that dumb.

Wow... he really is.

Prove me wrong, then! You do realize that you are flowing hot water
back into the system, don't you? You do realize that for that water to
have a cooling affect on the air, that the air has transferred heat to
that water, don't you?

And you do realize the water returns to the "box" where the heat is
extracted by the ice as it circulates, right?
Now if you can grasp that, which "box" will be more efficient at this heat
transfer- The cooler, or the cardboard box?


So, you do realize that that water, in order to cool with any noticeable
amount, would be quite warm, usually warming
than the ambient air temperature, don't you?

LOL!
The Laws of Thermodynamics be damned! Basskisser says so.

You have no idea what you are talking about. If you cite the laws of
thermodynamics, you'd know that the water MUST warm up in order to
"HEAT EXCHANGE". How else would it cool the air? Now, since you've
cited the laws, SHOW ME. I'll be waiting.......
Next, show me where anything I've stated in this thread goes against
the laws of thermodynamics. I'll be waiting for that, too. Unless you
want to admit you don't know what you're talking about. One of the
other.

Mike wrote:
LOL!
The Laws of Thermodynamics be damned! Basskisser says so.

Just killfile him like I did. He's really not the effort, and the noise
ratio goes way down. :-


Awe.....don't cry and whine.....

"basskisser" wrote in message
ups.com...

LOL!
The Laws of Thermodynamics be damned! Basskisser says so.

You have no idea what you are talking about. If you cite the laws of
thermodynamics, you'd know that the water MUST warm up in order to
"HEAT EXCHANGE". How else would it cool the air? Now, since you've
cited the laws, SHOW ME. I'll be waiting.......

Of course I do, I never said it didn't.

Next, show me where anything I've stated in this thread goes against
the laws of thermodynamics. I'll be waiting for that, too. Unless you
want to admit you don't know what you're talking about. One of the
other.

Here ya go-


" So, you do realize that that water, in order to cool with any noticeable
amount, would be quite warm, usually warmer than the ambient air
temperature, don't you?"

Sam wrote:
"basskisser" wrote in message
ups.com...

LOL!
The Laws of Thermodynamics be damned! Basskisser says so.

You have no idea what you are talking about. If you cite the laws of
thermodynamics, you'd know that the water MUST warm up in order to
"HEAT EXCHANGE". How else would it cool the air? Now, since you've
cited the laws, SHOW ME. I'll be waiting.......

Of course I do, I never said it didn't.

Next, show me where anything I've stated in this thread goes against
the laws of thermodynamics. I'll be waiting for that, too. Unless you
want to admit you don't know what you're talking about. One of the
other.

Here ya go-


" So, you do realize that that water, in order to cool with any noticeable
amount, would be quite warm, usually warmer than the ambient air
temperature, don't you?"

Oh, so above, you're admitting that I'm correct. The water MUST warm up
in order to "HEAT EXCHANGE". Thanks!

"basskisser" wrote in message
ups.com...

Sam wrote:
"basskisser" wrote in message
ups.com...

LOL!
The Laws of Thermodynamics be damned! Basskisser says so.

You have no idea what you are talking about. If you cite the laws of
thermodynamics, you'd know that the water MUST warm up in order to
"HEAT EXCHANGE". How else would it cool the air? Now, since you've
cited the laws, SHOW ME. I'll be waiting.......

Of course I do, I never said it didn't.

Next, show me where anything I've stated in this thread goes against
the laws of thermodynamics. I'll be waiting for that, too. Unless you
want to admit you don't know what you're talking about. One of the
other.

Here ya go-


" So, you do realize that that water, in order to cool with any
noticeable
amount, would be quite warm, usually warmer than the ambient air
temperature, don't you?"

Oh, so above, you're admitting that I'm correct. The water MUST warm up
in order to "HEAT EXCHANGE". Thanks!



Where did I ever say that the cold water didn't absorb heat to cool the air?
Of course it does dimbulb.

"basskisser" wrote in message
ups.com...

Next, show me where anything I've stated in this thread goes against
the laws of thermodynamics. I'll be waiting for that, too. Unless you
want to admit you don't know what you're talking about. One of the
other.

Here it is again in case you missed it the first time-


" So, you do realize that that water, in order to cool with any noticeable
amount, would be quite warm, usually warmer than the ambient air
temperature, don't you?"

So, please explain how the cold water in the heat exchanger becomes warmer
than the ambient air.
I'll be waiting.