Proof That Too Much CO2 Is An Existential Threat

Into the Night wrote:

Swan wrote:

Into the Night wrote:

Swan wrote:

Into the Night wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

IBdaMann wrote:

Swan wrote:No place in the universe is devoid of temperature.

False.

All places devoid of matter are similarly devoid of temperature.

I presume that the Democrat Party has ordered you to believe what you believe without question under threats of being ostracized by mindless LGBTQIAZombies everywhere.

Your religion is WACKED.


.

No place in the universe is devoid of temperature and you can not prove any different. Now it could be said that the actual temp can not be known without a scale of some sort, but the temp is still real whether known or not.

Yawn

130

Tell me something Swan, or anyone...

If heat is the flow of thermal energy,
and temperature is the measure of thermal energy,
how does heat flow into nothing?

Nothing does not exist, in fact nothing is an impossibility.

Then why is there a word for it??

Because even though a bank vault may contain nothing of value the bank vault itself is still something, if the bank is leveled and hauled away there is still the land, even if the Earth is blown up there is still space, so nothing is an impossibility much like you ever being rational

So you decided to lock yourself in yet another paradox. Irrational.

Again nothing is an impossibility.

Repeating your paradox does not clear your paradox. Irrational.

Into the Night wrote:

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:
Tell me something Swan, or anyone...

If heat is the flow of thermal energy,
and temperature is the measure of thermal energy,
how does heat flow into nothing?

Pay closer attention to the details.

Heat is the flow of thermal energy from one body of matter to another. Thermal radiation (electromagnetic radiation) radiating off into space is not heat if no body of matter is specified to be increasing in temperature from receiving a flow of thermal energy from the originating body.

Yes, temperature is the measure of thermal energy over the mass of a body of matter. Only matter can have associated thermal energy and thus, only matter has temperature.

Heat only flows into matter. Heat does not flow into non-matter. "Nothing"(null) is a member of
the set " non-matter and cannot receive any flow of thermal energy.

Dude if that were true then no heat could be lost in space and there would be no way for a human body to freeze as it's heat could not radiate away into nothing. LOL what your post here are is actually a form of masturbation as you fantasize that everyone else is wrong and that you are the supreme scientist.

It's ok, just take the abilify on time every day

Heat is not lost to anywhere. Heat has no temperature. Heat is not contained in anything.

Swan wrote:

Into the Night wrote:

Swan wrote:

Into the Night wrote:

Swan wrote:

Into the Night wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

IBdaMann wrote:

Swan wrote:No place in the universe is devoid of temperature.

False.

All places devoid of matter are similarly devoid of temperature.

I presume that the Democrat Party has ordered you to believe what you believe without question under threats of being ostracized by mindless LGBTQIAZombies everywhere.

Your religion is WACKED.


.

No place in the universe is devoid of temperature and you can not prove any different. Now it could be said that the actual temp can not be known without a scale of some sort, but the temp is still real whether known or not.

Yawn

130

Tell me something Swan, or anyone...

If heat is the flow of thermal energy,
and temperature is the measure of thermal energy,
how does heat flow into nothing?

Nothing does not exist, in fact nothing is an impossibility.

Then why is there a word for it??

Because even though a bank vault may contain nothing of value the bank vault itself is still something, if the bank is leveled and hauled away there is still the land, even if the Earth is blown up there is still space, so nothing is an impossibility much like you ever being rational

So you decided to lock yourself in yet another paradox. Irrational.

Again nothing is an impossibility.

Repeating your paradox does not clear your paradox. Irrational.

Is nothingness impossible?

Swan wrote:
Therefore absolute nothingness is impossible. One more point "nothingness" means "there not being anything (not something)", and "be (being)" means "existence", which according to your definition is an attribute - and an attribute can only be an attribute of something (anything).

Swan wrote:
So even empty space is something which makes nothing impossible.

Swan wrote:
Yawning

Swan wrote:

Into the Night wrote:

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:
Tell me something Swan, or anyone...

If heat is the flow of thermal energy,
and temperature is the measure of thermal energy,
how does heat flow into nothing?

Pay closer attention to the details.

Heat is the flow of thermal energy from one body of matter to another. Thermal radiation (electromagnetic radiation) radiating off into space is not heat if no body of matter is specified to be increasing in temperature from receiving a flow of thermal energy from the originating body.

Yes, temperature is the measure of thermal energy over the mass of a body of matter. Only matter can have associated thermal energy and thus, only matter has temperature.

Heat only flows into matter. Heat does not flow into non-matter. "Nothing"(null) is a member of
the set " non-matter and cannot receive any flow of thermal energy.

Dude if that were true then no heat could be lost in space and there would be no way for a human body to freeze as it's heat could not radiate away into nothing. LOL what your post here are is actually a form of masturbation as you fantasize that everyone else is wrong and that you are the supreme scientist.

It's ok, just take the abilify on time every day

Heat is not lost to anywhere. Heat has no temperature. Heat is not contained in anything.

The human body contains and makes heat,

Swan wrote:
that said according to you heat of the human body

Swan wrote:
can not be transmitted into space.

Swan wrote:
Can you please personally demonstrate this?

I need a laugh

Into the Night wrote:

Swan wrote:

Into the Night wrote:

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:
Tell me something Swan, or anyone...

If heat is the flow of thermal energy,
and temperature is the measure of thermal energy,
how does heat flow into nothing?

Pay closer attention to the details.

Heat is the flow of thermal energy from one body of matter to another. Thermal radiation (electromagnetic radiation) radiating off into space is not heat if no body of matter is specified to be increasing in temperature from receiving a flow of thermal energy from the originating body.

Yes, temperature is the measure of thermal energy over the mass of a body of matter. Only matter can have associated thermal energy and thus, only matter has temperature.

Heat only flows into matter. Heat does not flow into non-matter. "Nothing"(null) is a member of
the set " non-matter and cannot receive any flow of thermal energy.

Dude if that were true then no heat could be lost in space and there would be no way for a human body to freeze as it's heat could not radiate away into nothing. LOL what your post here are is actually a form of masturbation as you fantasize that everyone else is wrong and that you are the supreme scientist.

It's ok, just take the abilify on time every day

Heat is not lost to anywhere. Heat has no temperature. Heat is not contained in anything.

The human body contains and makes heat,

Heat is not contained in anything. It is not made. It simply exists, or it doesn't (heat = zero).

Swan wrote:
that said according to you heat of the human body

Heat is not contained in anything.

Swan wrote:
can not be transmitted into space.

Word stuffing. I never said any such thing.

Swan wrote:
Can you please personally demonstrate this?

I need a laugh

Demonstrate what? These are YOUR words, not mine.

Swan wrote:Dude if that were true

Swan wrote: ... then no heat could be lost in space ...

Swan wrote: ... and there would be no way for a human body to freeze as it's heat could not radiate away into nothing.

Swan wrote: LOL, what I post here will never show any signs of intelligence because it's all coming from me. BWAHAHAHAH!"

Swan wrote:Dude if that were true

Swan wrote: ... then no heat could be lost in space ...

Swan wrote: ... and there would be no way for a human body to freeze as it's heat could not radiate away into nothing.

Swan wrote: LOL, what I post here will never show any signs of intelligence because it's all coming from me. BWAHAHAHAH!"

IBdaMann wrote:

Swan wrote:Dude if that were true

Wrong words.

Correct words: "Dude, since that is true ... "

Swan wrote: ... then no heat could be lost in space ...

Wrong words. You still don't know what heat is, have no intention of learning and nonetheless insist on disrupting the discussion at the adults' table.

Correct words: "... then there is no heat without identifying a body of matter to receive the thermal energy from the originating body ... "

Swan wrote: ... and there would be no way for a human body to freeze as it's heat could not radiate away into nothing.

Wrong words. You still don't know what heat is, have no intention of learning and I'm just repeating myself.

Correct words: "... and of course a human body can lose thermal energy to surrounding colder matter."

Swan wrote: LOL, what I post here will never show any signs of intelligence because it's all coming from me. BWAHAHAHAH!"

You got me there.

After you learn what "heat" is, you should try to figure out what "amphibious" means without any outside help.

GasGuzzler wrote:
Not only did I read every word, I entirely appreciate every word.

I think heat is not only the most misused word in the English language, but also one of the most misunderstood by people who should know better.

So thank you Into the Night and IBdaMann for your continuous educatiing. Every time I think I have a good handle on the word "heat", you guys teach me something new. Thanks again.

Swan wrote:

Into the Night wrote:
Demonstrate what? These are YOUR words, not mine.

Do you ever wish that your mother did not smoke crack while she was preggy with you?

Swan wrote:
How is heat produced?

Swan wrote:
Heat can be produced in many ways such as burning, rubbing, and mixing one substance with another. Heat can move from one object to another by conduction.

Into the Night wrote:

Swan wrote:

Into the Night wrote:
Demonstrate what? These are YOUR words, not mine.

Do you ever wish that your mother did not smoke crack while she was preggy with you?

Insult people gets you nowhere.

Swan wrote:
How is heat produced?

It isn't.

Swan wrote:
Heat can be produced in many ways such as burning, rubbing, and mixing one substance with another. Heat can move from one object to another by conduction.

Heat is not contained in anything. Heat isn't 'produced'. It simply is, or it isn't.
Heat does not move from one object to another.

GasGuzzler wrote:
Not only did I read every word, I entirely appreciate every word.

I think heat is not only the most misused word in the English language, but also one of the most misunderstood by people who should know better.

So thank you Into the Night and IBdaMann for your continuous educatiing. Every time I think I have a good handle on the word "heat", you guys teach me something new. Thanks again.

Swan wrote:

Into the Night wrote:

Swan wrote:

Into the Night wrote:
Demonstrate what? These are YOUR words, not mine.

Do you ever wish that your mother did not smoke crack while she was preggy with you?

Insult people gets you nowhere.

Swan wrote:
How is heat produced?

It isn't.

Swan wrote:
Heat can be produced in many ways such as burning, rubbing, and mixing one substance with another. Heat can move from one object to another by conduction.

Heat is not contained in anything. Heat isn't 'produced'. It simply is, or it isn't.
Heat does not move from one object to another.

LOL heat certainly does move from one object to another thru convection,

Swan wrote:
which is how nuclear power plants produce and move the heat

Swan wrote:
that turns the turbines

Swan wrote:
which in turn produce electricity.

Swan wrote:
Yawn, but you keep on babbling

Swan wrote:

GasGuzzler wrote:
Not only did I read every word, I entirely appreciate every word.

I think heat is not only the most misused word in the English language, but also one of the most misunderstood by people who should know better.

So thank you Into the Night and IBdaMann for your continuous educatiing. Every time I think I have a good handle on the word "heat", you guys teach me something new. Thanks again.

Well being as you are all the same schizzo in the first place why do you need to reread what you just wrote under a different name?

CIAO

Into the Night wrote:

Swan wrote:

Into the Night wrote:

Swan wrote:

Into the Night wrote:
Demonstrate what? These are YOUR words, not mine.

Do you ever wish that your mother did not smoke crack while she was preggy with you?

Insult people gets you nowhere.

Swan wrote:
How is heat produced?

It isn't.

Swan wrote:
Heat can be produced in many ways such as burning, rubbing, and mixing one substance with another. Heat can move from one object to another by conduction.

Heat is not contained in anything. Heat isn't 'produced'. It simply is, or it isn't.
Heat does not move from one object to another.

LOL heat certainly does move from one object to another thru convection,

Heat is not contained in anything.

Swan wrote:
which is how nuclear power plants produce and move the heat

Heat is not contained in anything. Nuclear power plants do not move heat around.

Swan wrote:
that turns the turbines

Turbines are turned by steam, not heat.

Swan wrote:
which in turn produce electricity.

At least you got this part right.

Swan wrote:
Yawn, but you keep on babbling

You are describing yourself again. You still have no clue what 'heat' is, even though IBdaMann has clearly described it to you.

Swan wrote:
Well being as you are all the same schizzo in the first place why do you need to reread what you just wrote under a different name?

GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

IBdaMann wrote:

GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Great post. If that's what it means to go total schizzo then I need to get me summa'dat.

The truly wondrous aspect of air conditioners is that they transfer thermal energy from cold to warm by transferring thermal energy from warm to cold.

Think about it.

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Great post. If that's what it means to go total schizzo then I need to get me summa'dat.

The truly wondrous aspect of air conditioners is that they transfer thermal energy from cold to warm by transferring thermal energy from warm to cold.

Think about it.

Actually, air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures.

GasGuzzler wrote:

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Great post. If that's what it means to go total schizzo then I need to get me summa'dat.

The truly wondrous aspect of air conditioners is that they transfer thermal energy from cold to warm by transferring thermal energy from warm to cold.

Think about it.

Actually, air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures.

Still no discernable understanding of heat.
Air conditioners INCREASE heat. Heat connot be removed from anything. That includes your moraine farms. Yawn. Lol.

Swan wrote:

GasGuzzler wrote:

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Great post. If that's what it means to go total schizzo then I need to get me summa'dat.

The truly wondrous aspect of air conditioners is that they transfer thermal energy from cold to warm by transferring thermal energy from warm to cold.

Think about it.

Actually, air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures.

Still no discernable understanding of heat.
Air conditioners INCREASE heat. Heat connot be removed from anything. That includes your moraine farms. Yawn. Lol.

LOL explain that to hvac.com

https://www.hvac.com/air-conditioners/air-conditioning-work/

Air conditioners remove heat
Air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures. Although it may feel as though the air blowing out your floor, ceiling, or wall vents has been through a freezer, in fact, the heat has simply been removed. Here's how an air conditioner works to remove heat:

Air conditioning removes heat from a location by drawing air with excess heat in through a vent. Here, an evaporator coil absorbs heat from the air. When it meets the air, the liquid refrigerant inside the heat-absorbing evaporator coil changes into a gas and continues to the compressor.
The compressor then tightly squeezes this gas form between two solid objects, which raises the pressure and temperature of the refrigerant (now a superheated gas), and readies it for the condenser.
The refrigerant next travels outside the home, where it is introduced to the outside air. The outside air absorbs the heat from the superheated gas, lowering the temperature and causing the refrigerant to shift from a vapor state to a liquid so it can return to the indoors and keep the home cool.

If you keep this up doc, you will get really really frustrated

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Great post. If that's what it means to go total schizzo then I need to get me summa'dat.

The truly wondrous aspect of air conditioners is that they transfer thermal energy from cold to warm by transferring thermal energy from warm to cold.

Think about it.

Actually, air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures.

Still no discernable understanding of heat.
Air conditioners INCREASE heat. Heat connot be removed from anything. That includes your moraine farms. Yawn. Lol.

LOL explain that to hvac.com

https://www.hvac.com/air-conditioners/air-conditioning-work/

Air conditioners remove heat
Air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures. Although it may feel as though the air blowing out your floor, ceiling, or wall vents has been through a freezer, in fact, the heat has simply been removed. Here's how an air conditioner works to remove heat:

Air conditioning removes heat from a location by drawing air with excess heat in through a vent. Here, an evaporator coil absorbs heat from the air. When it meets the air, the liquid refrigerant inside the heat-absorbing evaporator coil changes into a gas and continues to the compressor.
The compressor then tightly squeezes this gas form between two solid objects, which raises the pressure and temperature of the refrigerant (now a superheated gas), and readies it for the condenser.
The refrigerant next travels outside the home, where it is introduced to the outside air. The outside air absorbs the heat from the superheated gas, lowering the temperature and causing the refrigerant to shift from a vapor state to a liquid so it can return to the indoors and keep the home cool.

If you keep this up doc, you will get really really frustrated

Lol. I AM an HAVAC technician. You and the author of your copynpaste don't understand what heat is. Furthermore, the author also fails to mention decompression, which is at the beginning of the evaporator coil. This is what actually makes the coolant and coil cold so the heat can increase.

Enjoy!

Swan wrote:

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Great post. If that's what it means to go total schizzo then I need to get me summa'dat.

The truly wondrous aspect of air conditioners is that they transfer thermal energy from cold to warm by transferring thermal energy from warm to cold.

Think about it.

Actually, air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures.

Still no discernable understanding of heat.
Air conditioners INCREASE heat. Heat connot be removed from anything. That includes your moraine farms. Yawn. Lol.

LOL explain that to hvac.com

https://www.hvac.com/air-conditioners/air-conditioning-work/

Air conditioners remove heat
Air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures. Although it may feel as though the air blowing out your floor, ceiling, or wall vents has been through a freezer, in fact, the heat has simply been removed. Here's how an air conditioner works to remove heat:

Air conditioning removes heat from a location by drawing air with excess heat in through a vent. Here, an evaporator coil absorbs heat from the air. When it meets the air, the liquid refrigerant inside the heat-absorbing evaporator coil changes into a gas and continues to the compressor.
The compressor then tightly squeezes this gas form between two solid objects, which raises the pressure and temperature of the refrigerant (now a superheated gas), and readies it for the condenser.
The refrigerant next travels outside the home, where it is introduced to the outside air. The outside air absorbs the heat from the superheated gas, lowering the temperature and causing the refrigerant to shift from a vapor state to a liquid so it can return to the indoors and keep the home cool.

If you keep this up doc, you will get really really frustrated

Lol. I AM an HAVAC technician. You and the author of your copynpaste don't understand what heat is. Furthermore, the author also fails to mention decompression, which is at the beginning of the evaporator coil. This is what actually makes the coolant and coil cold so the heat can increase.

Enjoy!

Nice try retard, it's HVAC not HAVAC. Mr. technician

Whaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

Again air conditioners do not make cold or heat, what they do is dump heat outdoors which results in cool indoors.

So take your pills you little government worker fart

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Great post. If that's what it means to go total schizzo then I need to get me summa'dat.

The truly wondrous aspect of air conditioners is that they transfer thermal energy from cold to warm by transferring thermal energy from warm to cold.

Think about it.

Actually, air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures.

Still no discernable understanding of heat.
Air conditioners INCREASE heat. Heat connot be removed from anything. That includes your moraine farms. Yawn. Lol.

LOL explain that to hvac.com

https://www.hvac.com/air-conditioners/air-conditioning-work/

Air conditioners remove heat
Air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures. Although it may feel as though the air blowing out your floor, ceiling, or wall vents has been through a freezer, in fact, the heat has simply been removed. Here's how an air conditioner works to remove heat:

Air conditioning removes heat from a location by drawing air with excess heat in through a vent. Here, an evaporator coil absorbs heat from the air. When it meets the air, the liquid refrigerant inside the heat-absorbing evaporator coil changes into a gas and continues to the compressor.
The compressor then tightly squeezes this gas form between two solid objects, which raises the pressure and temperature of the refrigerant (now a superheated gas), and readies it for the condenser.
The refrigerant next travels outside the home, where it is introduced to the outside air. The outside air absorbs the heat from the superheated gas, lowering the temperature and causing the refrigerant to shift from a vapor state to a liquid so it can return to the indoors and keep the home cool.

If you keep this up doc, you will get really really frustrated

Lol. I AM an HAVAC technician. You and the author of your copynpaste don't understand what heat is. Furthermore, the author also fails to mention decompression, which is at the beginning of the evaporator coil. This is what actually makes the coolant and coil cold so the heat can increase.

Enjoy!

Nice try retard, it's HVAC not HAVAC. Mr. technician

Whaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

Again air conditioners do not make cold or heat, what they do is dump heat outdoors which results in cool indoors.

So take your pills you little government worker fart

Hey, it's been a rough day without my reading glasses. I was able to to edit for you though, so you shouldn't have any excuse for more skid marks in your britches this evening. You are welcome.

Oh, and heat also cannot be dumped.

Swan wrote:

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Great post. If that's what it means to go total schizzo then I need to get me summa'dat.

The truly wondrous aspect of air conditioners is that they transfer thermal energy from cold to warm by transferring thermal energy from warm to cold.

Think about it.

Actually, air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures.

Still no discernable understanding of heat.
Air conditioners INCREASE heat. Heat connot be removed from anything. That includes your moraine farms. Yawn. Lol.

LOL explain that to hvac.com

https://www.hvac.com/air-conditioners/air-conditioning-work/

Air conditioners remove heat
Air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures. Although it may feel as though the air blowing out your floor, ceiling, or wall vents has been through a freezer, in fact, the heat has simply been removed. Here's how an air conditioner works to remove heat:

Air conditioning removes heat from a location by drawing air with excess heat in through a vent. Here, an evaporator coil absorbs heat from the air. When it meets the air, the liquid refrigerant inside the heat-absorbing evaporator coil changes into a gas and continues to the compressor.
The compressor then tightly squeezes this gas form between two solid objects, which raises the pressure and temperature of the refrigerant (now a superheated gas), and readies it for the condenser.
The refrigerant next travels outside the home, where it is introduced to the outside air. The outside air absorbs the heat from the superheated gas, lowering the temperature and causing the refrigerant to shift from a vapor state to a liquid so it can return to the indoors and keep the home cool.

If you keep this up doc, you will get really really frustrated

Lol. I AM an HAVAC technician. You and the author of your copynpaste don't understand what heat is. Furthermore, the author also fails to mention decompression, which is at the beginning of the evaporator coil. This is what actually makes the coolant and coil cold so the heat can increase.

Enjoy!

Nice try retard, it's HVAC not HAVAC. Mr. technician

Whaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

Again air conditioners do not make cold or heat, what they do is dump heat outdoors which results in cool indoors.

So take your pills you little government worker fart

Hey, it's been a rough day without my reading glasses. I was able to to edit for you though, so you shouldn't have any excuse for more skid marks in your britches this evening. You are welcome.

Oh, and heat also cannot be dumped.

Actually I corrected you, because you have no idea how any modern appliance works. I could build, repair or reprogram anything on the fly and air conditioners dump heat whether you can accept that or not.

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Great post. If that's what it means to go total schizzo then I need to get me summa'dat.

The truly wondrous aspect of air conditioners is that they transfer thermal energy from cold to warm by transferring thermal energy from warm to cold.

Think about it.

Actually, air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures.

Still no discernable understanding of heat.
Air conditioners INCREASE heat. Heat connot be removed from anything. That includes your moraine farms. Yawn. Lol.

LOL explain that to hvac.com

https://www.hvac.com/air-conditioners/air-conditioning-work/

Air conditioners remove heat
Air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures. Although it may feel as though the air blowing out your floor, ceiling, or wall vents has been through a freezer, in fact, the heat has simply been removed. Here's how an air conditioner works to remove heat:

Air conditioning removes heat from a location by drawing air with excess heat in through a vent. Here, an evaporator coil absorbs heat from the air. When it meets the air, the liquid refrigerant inside the heat-absorbing evaporator coil changes into a gas and continues to the compressor.
The compressor then tightly squeezes this gas form between two solid objects, which raises the pressure and temperature of the refrigerant (now a superheated gas), and readies it for the condenser.
The refrigerant next travels outside the home, where it is introduced to the outside air. The outside air absorbs the heat from the superheated gas, lowering the temperature and causing the refrigerant to shift from a vapor state to a liquid so it can return to the indoors and keep the home cool.

If you keep this up doc, you will get really really frustrated

Lol. I AM an HAVAC technician. You and the author of your copynpaste don't understand what heat is. Furthermore, the author also fails to mention decompression, which is at the beginning of the evaporator coil. This is what actually makes the coolant and coil cold so the heat can increase.

Enjoy!

Nice try retard, it's HVAC not HAVAC. Mr. technician

Whaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

Again air conditioners do not make cold or heat, what they do is dump heat outdoors which results in cool indoors.

So take your pills you little government worker fart

Hey, it's been a rough day without my reading glasses. I was able to to edit for you though, so you shouldn't have any excuse for more skid marks in your britches this evening. You are welcome.

Oh, and heat also cannot be dumped.

Actually I corrected you, because you have no idea how any modern appliance works. I could build, repair or reprogram anything on the fly and air conditioners dump heat whether you can accept that or not.

Happy customers and nice paychecks say quite differently.

Possibly heat can be dumped. Are your britches warm?

No, heat cannot be dumped, removed, trapped, or contained.

Swan wrote:

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Great post. If that's what it means to go total schizzo then I need to get me summa'dat.

The truly wondrous aspect of air conditioners is that they transfer thermal energy from cold to warm by transferring thermal energy from warm to cold.

Think about it.

Actually, air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures.

Still no discernable understanding of heat.
Air conditioners INCREASE heat. Heat connot be removed from anything. That includes your moraine farms. Yawn. Lol.

LOL explain that to hvac.com

https://www.hvac.com/air-conditioners/air-conditioning-work/

Air conditioners remove heat
Air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures. Although it may feel as though the air blowing out your floor, ceiling, or wall vents has been through a freezer, in fact, the heat has simply been removed. Here's how an air conditioner works to remove heat:

Air conditioning removes heat from a location by drawing air with excess heat in through a vent. Here, an evaporator coil absorbs heat from the air. When it meets the air, the liquid refrigerant inside the heat-absorbing evaporator coil changes into a gas and continues to the compressor.
The compressor then tightly squeezes this gas form between two solid objects, which raises the pressure and temperature of the refrigerant (now a superheated gas), and readies it for the condenser.
The refrigerant next travels outside the home, where it is introduced to the outside air. The outside air absorbs the heat from the superheated gas, lowering the temperature and causing the refrigerant to shift from a vapor state to a liquid so it can return to the indoors and keep the home cool.

If you keep this up doc, you will get really really frustrated

Lol. I AM an HAVAC technician. You and the author of your copynpaste don't understand what heat is. Furthermore, the author also fails to mention decompression, which is at the beginning of the evaporator coil. This is what actually makes the coolant and coil cold so the heat can increase.

Enjoy!

Nice try retard, it's HVAC not HAVAC. Mr. technician

Whaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

Again air conditioners do not make cold or heat, what they do is dump heat outdoors which results in cool indoors.

So take your pills you little government worker fart

Hey, it's been a rough day without my reading glasses. I was able to to edit for you though, so you shouldn't have any excuse for more skid marks in your britches this evening. You are welcome.

Oh, and heat also cannot be dumped.

Actually I corrected you, because you have no idea how any modern appliance works. I could build, repair or reprogram anything on the fly and air conditioners dump heat whether you can accept that or not.

Happy customers and nice paychecks say quite differently.

Possibly heat can be dumped. Are your britches warm?

No, heat cannot be dumped, removed, trapped, or contained.

So you really package happy meals for McDoodles

Finally an honest answer

As for head dumping there are actually many ways to do it and this happens all around us all every day. But then you are a certified HAVAC technician,

Spongy Iris wrote:The sun and the moon radiate everywhere in the universe,

Spongy Iris wrote:... so there is no where in the universe where there is no heat.

Spongy Iris wrote:Absolute zero doesn't exist, right IBM?

IBdaMann wrote:

Spongy Iris wrote:The sun and the moon radiate everywhere in the universe,

No. That statement is moderately brain-dead.

Spongy Iris wrote:... so there is no where in the universe where there is no heat.

There is no heat where there is no matter.

Wherever there is no matter, heat does not apply and does not exist.

You really should learn what heat is. You seem clueless. This might be the reason why you make some rather brainless comments.

Seriously, learn what heat is.

Spongy Iris wrote:Absolute zero doesn't exist, right IBM?

We presume that none exists. There might be large reserves of matter at absolute zero somewhere in the universe but whether there is or not, we remain unaffected by that example of Schroedinger's cat. We cannot observe it and we have know way of collapsing that wave function (finding out).

.

Swan wrote:

Into the Night wrote:

Swan wrote:

Into the Night wrote:

Swan wrote:

Into the Night wrote:
Demonstrate what? These are YOUR words, not mine.

Do you ever wish that your mother did not smoke crack while she was preggy with you?

Insult people gets you nowhere.

Swan wrote:
How is heat produced?

It isn't.

Swan wrote:
Heat can be produced in many ways such as burning, rubbing, and mixing one substance with another. Heat can move from one object to another by conduction.

Heat is not contained in anything. Heat isn't 'produced'. It simply is, or it isn't.
Heat does not move from one object to another.

LOL heat certainly does move from one object to another thru convection,

Heat is not contained in anything.

Swan wrote:
which is how nuclear power plants produce and move the heat

Heat is not contained in anything. Nuclear power plants do not move heat around.

Swan wrote:
that turns the turbines

Turbines are turned by steam, not heat.

Swan wrote:
which in turn produce electricity.

At least you got this part right.

Swan wrote:
Yawn, but you keep on babbling

You are describing yourself again. You still have no clue what 'heat' is, even though IBdaMann has clearly described it to you.

Actually nuclear decay produces heat,

Swan wrote:
that heats water producing steam

Here are the 8 steps involved in generating nuclear energy.

1 The reaction is triggered. ...

Swan wrote:
2 Water is heated. ...
3 Hot water is circulated. ...
4 Steam is created. ...

Swan wrote:
5 Steam energy is converted to electrical energy. ...

Swan wrote:
6 Electrical energy is passed to the user. ...
7 Electricity is sent through power lines to where it is needed. ...
8 The steam is cooled and recycled.

Swan wrote:
You really need to stop frustrating yourself doc

GasGuzzler wrote:

Swan wrote:
Well being as you are all the same schizzo in the first place why do you need to reread what you just wrote under a different name?

Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Great post. If that's what it means to go total schizzo then I need to get me summa'dat.

The truly wondrous aspect of air conditioners is that they transfer thermal energy from cold to warm by transferring thermal energy from warm to cold.

Think about it.

Actually, air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures.

Swan wrote:

GasGuzzler wrote:

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Great post. If that's what it means to go total schizzo then I need to get me summa'dat.

The truly wondrous aspect of air conditioners is that they transfer thermal energy from cold to warm by transferring thermal energy from warm to cold.

Think about it.

Actually, air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures.

Still no discernable understanding of heat.
Air conditioners INCREASE heat. Heat connot be removed from anything. That includes your moraine farms. Yawn. Lol.

LOL explain that to hvac.com

https://www.hvac.com/air-conditioners/air-conditioning-work/

Swan wrote:
Air conditioners remove heat

Swan wrote:
Air conditioners do not cool hot air.

Swan wrote:
Rather, they remove heat to create cooler air temperatures.

Swan wrote:
Although it may feel as though the air blowing out your floor, ceiling, or wall vents has been through a freezer, in fact, the heat has simply been removed.

Swan wrote:
Here's how an air conditioner works to remove heat:

Swan wrote:
Air conditioning removes heat from a location by drawing air with excess heat

Swan wrote:
in through a vent. Here, an evaporator coil absorbs heat from the air.

Swan wrote:
When it meets the air, the liquid refrigerant inside the heat-absorbing evaporator coil changes into a gas and continues to the compressor.

Swan wrote:
The compressor then tightly squeezes this gas form between two solid objects, which raises the pressure and temperature of the refrigerant (now a superheated gas),

Swan wrote:
and readies it for the condenser.

Swan wrote:
The refrigerant next travels outside the home, where it is introduced to the outside air.

Swan wrote:
The outside air absorbs the heat from the superheated gas, lowering the temperature and causing the refrigerant to shift from a vapor state to a liquid so it can return to the indoors and keep the home cool.

Swan wrote:
If you keep this up doc, you will get really really frustrated

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Great post. If that's what it means to go total schizzo then I need to get me summa'dat.

The truly wondrous aspect of air conditioners is that they transfer thermal energy from cold to warm by transferring thermal energy from warm to cold.

Think about it.

Actually, air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures.

Still no discernable understanding of heat.
Air conditioners INCREASE heat. Heat connot be removed from anything. That includes your moraine farms. Yawn. Lol.

LOL explain that to hvac.com

https://www.hvac.com/air-conditioners/air-conditioning-work/

Air conditioners remove heat
Air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures. Although it may feel as though the air blowing out your floor, ceiling, or wall vents has been through a freezer, in fact, the heat has simply been removed. Here's how an air conditioner works to remove heat:

Air conditioning removes heat from a location by drawing air with excess heat in through a vent. Here, an evaporator coil absorbs heat from the air. When it meets the air, the liquid refrigerant inside the heat-absorbing evaporator coil changes into a gas and continues to the compressor.
The compressor then tightly squeezes this gas form between two solid objects, which raises the pressure and temperature of the refrigerant (now a superheated gas), and readies it for the condenser.
The refrigerant next travels outside the home, where it is introduced to the outside air. The outside air absorbs the heat from the superheated gas, lowering the temperature and causing the refrigerant to shift from a vapor state to a liquid so it can return to the indoors and keep the home cool.

If you keep this up doc, you will get really really frustrated

Lol. I AM an HVAC technician. You and the author of your copynpaste don't understand what heat is. Furthermore, the author also fails to mention decompression, which is at the beginning of the evaporator coil. This is what actually makes the coolant and coil cold so the heat can increase.

Enjoy!

Swan wrote:

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Great post. If that's what it means to go total schizzo then I need to get me summa'dat.

The truly wondrous aspect of air conditioners is that they transfer thermal energy from cold to warm by transferring thermal energy from warm to cold.

Think about it.

Actually, air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures.

Still no discernable understanding of heat.
Air conditioners INCREASE heat. Heat connot be removed from anything. That includes your moraine farms. Yawn. Lol.

LOL explain that to hvac.com

https://www.hvac.com/air-conditioners/air-conditioning-work/

Air conditioners remove heat
Air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures. Although it may feel as though the air blowing out your floor, ceiling, or wall vents has been through a freezer, in fact, the heat has simply been removed. Here's how an air conditioner works to remove heat:

Air conditioning removes heat from a location by drawing air with excess heat in through a vent. Here, an evaporator coil absorbs heat from the air. When it meets the air, the liquid refrigerant inside the heat-absorbing evaporator coil changes into a gas and continues to the compressor.
The compressor then tightly squeezes this gas form between two solid objects, which raises the pressure and temperature of the refrigerant (now a superheated gas), and readies it for the condenser.
The refrigerant next travels outside the home, where it is introduced to the outside air. The outside air absorbs the heat from the superheated gas, lowering the temperature and causing the refrigerant to shift from a vapor state to a liquid so it can return to the indoors and keep the home cool.

If you keep this up doc, you will get really really frustrated

Lol. I AM an HAVAC technician. You and the author of your copynpaste don't understand what heat is. Furthermore, the author also fails to mention decompression, which is at the beginning of the evaporator coil. This is what actually makes the coolant and coil cold so the heat can increase.

Enjoy!

Nice try retard, it's HVAC not HAVAC. Mr. technician

Whaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

Again air conditioners do not make cold or heat, what they do is dump heat outdoors which results in cool indoors.

So take your pills you little government worker fart

Into the Night wrote:

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Great post. If that's what it means to go total schizzo then I need to get me summa'dat.

The truly wondrous aspect of air conditioners is that they transfer thermal energy from cold to warm by transferring thermal energy from warm to cold.

Think about it.

Actually, air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures.

Still no discernable understanding of heat.
Air conditioners INCREASE heat. Heat connot be removed from anything. That includes your moraine farms. Yawn. Lol.

LOL explain that to hvac.com

https://www.hvac.com/air-conditioners/air-conditioning-work/

Air conditioners remove heat
Air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures. Although it may feel as though the air blowing out your floor, ceiling, or wall vents has been through a freezer, in fact, the heat has simply been removed. Here's how an air conditioner works to remove heat:

Air conditioning removes heat from a location by drawing air with excess heat in through a vent. Here, an evaporator coil absorbs heat from the air. When it meets the air, the liquid refrigerant inside the heat-absorbing evaporator coil changes into a gas and continues to the compressor.
The compressor then tightly squeezes this gas form between two solid objects, which raises the pressure and temperature of the refrigerant (now a superheated gas), and readies it for the condenser.
The refrigerant next travels outside the home, where it is introduced to the outside air. The outside air absorbs the heat from the superheated gas, lowering the temperature and causing the refrigerant to shift from a vapor state to a liquid so it can return to the indoors and keep the home cool.

If you keep this up doc, you will get really really frustrated

Lol. I AM an HVAC technician. You and the author of your copynpaste don't understand what heat is. Furthermore, the author also fails to mention decompression, which is at the beginning of the evaporator coil. This is what actually makes the coolant and coil cold so the heat can increase.

Enjoy!

Maybe he has no orifice. He's full of shit.

Swan wrote:

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

IBdaMann wrote:
[quote]GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Great post. If that's what it means to go total schizzo then I need to get me summa'dat.

The truly wondrous aspect of air conditioners is that they transfer thermal energy from cold to warm by transferring thermal energy from warm to cold.

Think about it.

Actually, air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures.

Swan wrote:

Still no discernable understanding of heat.
Air conditioners INCREASE heat. Heat connot be removed from anything. That includes your moraine farms. Yawn. Lol.

LOL explain that to hvac.com

https://www.hvac.com/air-conditioners/air-conditioning-work/

Air conditioners remove heat
Air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures. Although it may feel as though the air blowing out your floor, ceiling, or wall vents has been through a freezer, in fact, the heat has simply been removed. Here's how an air conditioner works to remove heat:

Air conditioning removes heat from a location by drawing air with excess heat in through a vent. Here, an evaporator coil absorbs heat from the air. When it meets the air, the liquid refrigerant inside the heat-absorbing evaporator coil changes into a gas and continues to the compressor.
The compressor then tightly squeezes this gas form between two solid objects, which raises the pressure and temperature of the refrigerant (now a superheated gas), and readies it for the condenser.
The refrigerant next travels outside the home, where it is introduced to the outside air. The outside air absorbs the heat from the superheated gas, lowering the temperature and causing the refrigerant to shift from a vapor state to a liquid so it can return to the indoors and keep the home cool.

If you keep this up doc, you will get really really frustrated

Lol. I AM an HAVAC technician. You and the author of your copynpaste don't understand what heat is. Furthermore, the author also fails to mention decompression, which is at the beginning of the evaporator coil. This is what actually makes the coolant and coil cold so the heat can increase.

Enjoy!

Nice try retard, it's HVAC not HAVAC. Mr. technician

Whaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

Again air conditioners do not make cold or heat, what they do is dump heat outdoors which results in cool indoors.

So take your pills you little government worker fart

Hey, it's been a rough day without my reading glasses. I was able to to edit for you though, so you shouldn't have any excuse for more skid marks in your britches this evening. You are welcome.

Oh, and heat also cannot be dumped.

Actually I corrected you, because you have no idea how any modern appliance works.

Swan wrote:
I could build, repair or reprogram anything on the fly

Swan wrote:
and air conditioners dump heat whether you can accept that or not.

Swan wrote:
But then you are the HAVAC technician not me

Whaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

PS. Do you have a law degree? because they are the most fun to take apart

PSS. Sorry I forgot you have a HAVAC degree

Whaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

Swan wrote:

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

IBdaMann wrote:

GasGuzzler wrote:Fine. I'll go total schizzo on your retired lazy ass.

1. A blanket keep you warm by reducing heat.

2. An air conditioner cools by an increase in heat.

Enjoy!

Great post. If that's what it means to go total schizzo then I need to get me summa'dat.

The truly wondrous aspect of air conditioners is that they transfer thermal energy from cold to warm by transferring thermal energy from warm to cold.

Think about it.

Actually, air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures.

Still no discernable understanding of heat.
Air conditioners INCREASE heat. Heat connot be removed from anything. That includes your moraine farms. Yawn. Lol.

LOL explain that to hvac.com

https://www.hvac.com/air-conditioners/air-conditioning-work/

Air conditioners remove heat
Air conditioners do not cool hot air. Rather, they remove heat to create cooler air temperatures. Although it may feel as though the air blowing out your floor, ceiling, or wall vents has been through a freezer, in fact, the heat has simply been removed. Here's how an air conditioner works to remove heat:

Air conditioning removes heat from a location by drawing air with excess heat in through a vent. Here, an evaporator coil absorbs heat from the air. When it meets the air, the liquid refrigerant inside the heat-absorbing evaporator coil changes into a gas and continues to the compressor.
The compressor then tightly squeezes this gas form between two solid objects, which raises the pressure and temperature of the refrigerant (now a superheated gas), and readies it for the condenser.
The refrigerant next travels outside the home, where it is introduced to the outside air. The outside air absorbs the heat from the superheated gas, lowering the temperature and causing the refrigerant to shift from a vapor state to a liquid so it can return to the indoors and keep the home cool.

If you keep this up doc, you will get really really frustrated

Lol. I AM an HAVAC technician. You and the author of your copynpaste don't understand what heat is. Furthermore, the author also fails to mention decompression, which is at the beginning of the evaporator coil. This is what actually makes the coolant and coil cold so the heat can increase.

Enjoy!

Nice try retard, it's HVAC not HAVAC. Mr. technician

Whaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

Again air conditioners do not make cold or heat, what they do is dump heat outdoors which results in cool indoors.

So take your pills you little government worker fart

Hey, it's been a rough day without my reading glasses. I was able to to edit for you though, so you shouldn't have any excuse for more skid marks in your britches this evening. You are welcome.

Oh, and heat also cannot be dumped.

Actually I corrected you, because you have no idea how any modern appliance works. I could build, repair or reprogram anything on the fly and air conditioners dump heat whether you can accept that or not.

Happy customers and nice paychecks say quite differently.

Possibly heat can be dumped. Are your britches warm?

No, heat cannot be dumped, removed, trapped, or contained.

So you really package happy meals for McDoodles

Finally an honest answer

As for head dumping there are actually many ways to do it and this happens all around us all every day.

Swan wrote:
But then you are a certified HAVAC technician,

Swan wrote:
when you are not designing rockets for Space X that is.

Swan wrote:
Get tested

Swan wrote:
...deleted Holy Link...
Heat Dump Options For Solar Thermal Systems

Swan wrote:
The most common type of solar thermal system uses a closed-loop circuit between the collector array and storage tank heat exchanger.

Swan wrote:
In some systems that heat exchanger is located within the tank.

Swan wrote:
In other systems an external heat exchanger with two circulators is used.

Swan wrote:
One characteristic of nearly all solar thermal systems is that heat production exceeds the load during warm weather.

Swan wrote:
Imagine a stretch of sunny days with high temperatures of 90º F or more. The collectors are adding copious amounts of heat to the antifreeze solution passing through them.

Swan wrote:
By mid-afternoon, the storage tank may be approaching 180º F. Next, mix in the possibility the family who lives in the house with this system is on vacation and thus not using any of the available hot water. It's easy to see this scenario leading to the opening of the tank's P&T relief valve, resulting in a basement full of steam.

Swan wrote:
Every solar DHW or combisystem (DHW and space heating) should include a method for dealing with overheating. This is especially true of closed-loop systems using glycol-based antifreeze fluids. Many systems of this type employ a method of routing surplus heat from the collector array to some type of "heat dump" where it can be dissipated to the outdoor environment.

Swan wrote:
Nocturnal Cooling
One relatively simple method of cooling a storage tank in a solar domestic water heating system is to circulate the collector loop whenever the collector temperature is a few degrees lower than the tank. In this mode, the collector array serves as a heatemitterrather than a heat collector. The system controller initiates this mode when it determines that both of the following conditions are present:

Swan wrote:
A.The tank temperature is at or above a high limit setting (typically around 180º F).
B.The collector temperature is a few degrees (typically about 10º F) lower than this high limit.

Once this mode is initiated, the controller operates the collector circulator until the tank cools to a lower setpoint of around 140º F to 150ºF, at which point the heat dump mode ends.

Swan wrote:
Although it may not seem to be the best way to conserve energy (thermal and electrical),

Swan wrote:
nocturnal cooling is an effective way to prevent accelerated chemical degradation of glycol-based collector fluids.

Swan wrote:
Nocturnal cooling will only work in systems using flat-plate collectors. The vacuum envelope of evacuated tube collectors - the same detail thatretainsheat under desirable operating conditions - essentially prevents any significant heat loss should warm water get pumped through the tubes at night.

Diversionary Tactics
Another approach to heat dumping uses a diverter valve to reroute the hot antifreeze solution returning from the collector array once the storage tank has reached a set upper limit. The schematic inFigure 1shows this method employed to dump excess heat into a swimming pool via a separate heat exchanger.

Notice that a flow switch is used to verify flow of pool water through the heat exchanger during this mode. It obviously makes no sense to pump hot antifreeze through one side of the heat exchanger without pool water flowing through the other side.


But you invented that and obviously the author is wrong.

CIAO