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Yes I can. SSDD cited lab work that showed exactly that. Here is a quote from SSDD's linkCan you show us lab work demonstrating heat moving from cooler to warmer?
well, that's where you are wrong....observable, repeatable experiments have been done in the lab which found a temperature gradient in columns of air....Boltzman and Maxwell were wrong then and they have been proven wrong now....here...have a read....
https://tallbloke.files.wordpress.com/2012/06/production-of-electricity-out-of-a-heat-bath.pdf
Yes I can. SSDD cited lab work that showed exactly that. Here is a quote from SSDD's linkCan you show us lab work demonstrating heat moving from cooler to warmer?
...heat can flow from cold to warm….See the link below. Look on page 16.
Also on page 10 the experimenter says,
...This means that energy, in the form of heat, had to travel from cold to warm...well, that's where you are wrong....observable, repeatable experiments have been done in the lab which found a temperature gradient in columns of air....Boltzman and Maxwell were wrong then and they have been proven wrong now....here...have a read....
https://tallbloke.files.wordpress.com/2012/06/production-of-electricity-out-of-a-heat-bath.pdf
Yes I can. SSDD cited lab work that showed exactly that. Here is a quote from SSDD's linkCan you show us lab work demonstrating heat moving from cooler to warmer?
...heat can flow from cold to warm….See the link below. Look on page 16.
Also on page 10 the experimenter says,
...This means that energy, in the form of heat, had to travel from cold to warm...well, that's where you are wrong....observable, repeatable experiments have been done in the lab which found a temperature gradient in columns of air....Boltzman and Maxwell were wrong then and they have been proven wrong now....here...have a read....
https://tallbloke.files.wordpress.com/2012/06/production-of-electricity-out-of-a-heat-bath.pdf
Good for you for reading it. Oh yes, I read that part.The article I read said that only happens under special circumstances, "It does not fit to my experimental results! My results show that because the earth has a gravitational field, heat can flow here from a low temperature region towards a higher temperature region. Furthermore, an “equilibrium” condition can exist simultaneously with a temperature gradient over height."
Did you miss that part?
Good for you for reading it. Oh yes, I read that part.The article I read said that only happens under special circumstances, "It does not fit to my experimental results! My results show that because the earth has a gravitational field, heat can flow here from a low temperature region towards a higher temperature region. Furthermore, an “equilibrium” condition can exist simultaneously with a temperature gradient over height."
Did you miss that part?
SSDD is continually saying, "Energy cannot flow from a colder to a hotter object." The article is a counter example.
how so, the writer clearly identified gravity as work and not spontaneous? or did you not read that part?Good for you for reading it. Oh yes, I read that part.The article I read said that only happens under special circumstances, "It does not fit to my experimental results! My results show that because the earth has a gravitational field, heat can flow here from a low temperature region towards a higher temperature region. Furthermore, an “equilibrium” condition can exist simultaneously with a temperature gradient over height."
Did you miss that part?
SSDD is continually saying, "Energy cannot flow from a colder to a hotter object." The article is a counter example.
So you're saying that both the article and Newtons Second Law are incorrect and heat spontaneously moves from cold to hotScientific definition of WORK:
The transfer of energy from one object to another, especially in order to make the second object move in a certain direction. Work is equal to the
amount of force multiplied by the distance over which it is applied. If a force of 10 newtons, for example, is applied over a distance of 3 meters, the
work is equal to 30 newtons per meter, or 30 joules. The unit for measuring
work is the same as that for energy in any system of units, since work is simply a transfer of energy. Compare energy, power.
If the Earth's atmosphere went from a state of weightlessness to one of our normal gravitational field, work would be done on it as it was compressed towards the surface. However, since with regard to gravity (ie, vertically), the net motion of the atmosphere is zero. Without motion, no work is done. Gravity does no work on the Earth's atmosphere.
So you're saying that both the article and Newtons Second Law are incorrect and heat spontaneously moves from cold to hotScientific definition of WORK:
The transfer of energy from one object to another, especially in order to make the second object move in a certain direction. Work is equal to the
amount of force multiplied by the distance over which it is applied. If a force of 10 newtons, for example, is applied over a distance of 3 meters, the
work is equal to 30 newtons per meter, or 30 joules. The unit for measuring
work is the same as that for energy in any system of units, since work is simply a transfer of energy. Compare energy, power.
If the Earth's atmosphere went from a state of weightlessness to one of our normal gravitational field, work would be done on it as it was compressed towards the surface. However, since with regard to gravity (ie, vertically), the net motion of the atmosphere is zero. Without motion, no work is done. Gravity does no work on the Earth's atmosphere.
So you're saying that both the article and Newtons Second Law are incorrect and heat spontaneously moves from cold to hotScientific definition of WORK:
The transfer of energy from one object to another, especially in order to make the second object move in a certain direction. Work is equal to the
amount of force multiplied by the distance over which it is applied. If a force of 10 newtons, for example, is applied over a distance of 3 meters, the
work is equal to 30 newtons per meter, or 30 joules. The unit for measuring
work is the same as that for energy in any system of units, since work is simply a transfer of energy. Compare energy, power.
If the Earth's atmosphere went from a state of weightlessness to one of our normal gravitational field, work would be done on it as it was compressed towards the surface. However, since with regard to gravity (ie, vertically), the net motion of the atmosphere is zero. Without motion, no work is done. Gravity does no work on the Earth's atmosphere.
Guess he is also saying that the molecules that make up the atmosphere are not objects and that they are static.
Since the atmosphere is neither compressing towards the Earth, nor leaving the planet, there is no net vertical motion. Without that, the net work gravity is doing on the atmosphere is zero.
God are you people stupid.
So you're saying that both the article and Newtons Second Law are incorrect and heat spontaneously moves from cold to hotScientific definition of WORK:
The transfer of energy from one object to another, especially in order to make the second object move in a certain direction. Work is equal to the
amount of force multiplied by the distance over which it is applied. If a force of 10 newtons, for example, is applied over a distance of 3 meters, the
work is equal to 30 newtons per meter, or 30 joules. The unit for measuring
work is the same as that for energy in any system of units, since work is simply a transfer of energy. Compare energy, power.
If the Earth's atmosphere went from a state of weightlessness to one of our normal gravitational field, work would be done on it as it was compressed towards the surface. However, since with regard to gravity (ie, vertically), the net motion of the atmosphere is zero. Without motion, no work is done. Gravity does no work on the Earth's atmosphere.
Guess he is also saying that the molecules that make up the atmosphere are not objects and that they are static.
Since the atmosphere is neither compressing towards the Earth, nor leaving the planet, there is no net vertical motion. Without that, the net work gravity is doing on the atmosphere is zero.
God are you people stupid.
Gravity doesnt compress the atmosphere? Wow it that only on planet Earth? Does gravity work on the sun or any other planet in the solar system? Does gravity compress water on Earth
Since the atmosphere is neither compressing towards the Earth, nor leaving the planet, there is no net vertical motion. Without that, the net work gravity is doing on the atmosphere is zero.
God are you people stupid.
Gravity doesnt compress the atmosphere? Wow it that only on planet Earth? Does gravity work on the sun or any other planet in the solar system? Does gravity compress water on Earth
Frank, I found this explanation today, I thought I'd share it with you: Gravitational Energy.
"Every object may have Potential energy but Gravitational energy is only stored in the height of the object. Any time that a heavy object is kept high up, a force or power is likely to be holding it up there. This is the reason why it stays up and does not fall. It is important to note that the heavier the object, the more its potential energy."
What is gravitational and potential energy?
Since the atmosphere is neither compressing towards the Earth, nor leaving the planet, there is no net vertical motion. Without that, the net work gravity is doing on the atmosphere is zero.
God are you people stupid.
Gravity doesnt compress the atmosphere? Wow it that only on planet Earth? Does gravity work on the sun or any other planet in the solar system? Does gravity compress water on Earth
Frank, I found this explanation today, I thought I'd share it with you: Gravitational Energy.
"Every object may have Potential energy but Gravitational energy is only stored in the height of the object. Any time that a heavy object is kept high up, a force or power is likely to be holding it up there. This is the reason why it stays up and does not fall. It is important to note that the heavier the object, the more its potential energy."
What is gravitational and potential energy?
....except on planet Earth according to Crick
Since the atmosphere is neither compressing towards the Earth, nor leaving the planet, there is no net vertical motion. Without that, the net work gravity is doing on the atmosphere is zero.
God are you people stupid.
Gravity doesnt compress the atmosphere? Wow it that only on planet Earth? Does gravity work on the sun or any other planet in the solar system? Does gravity compress water on Earth
Frank, I found this explanation today, I thought I'd share it with you: Gravitational Energy.
"Every object may have Potential energy but Gravitational energy is only stored in the height of the object. Any time that a heavy object is kept high up, a force or power is likely to be holding it up there. This is the reason why it stays up and does not fall. It is important to note that the heavier the object, the more its potential energy."
What is gravitational and potential energy?
....except on planet Earth according to Crick
Like I said, god are you people stupid.
Two points. One: I was using compress in its verb sense - gravity is not taking rarefied air and compressing it into denser air, as might an air pump. It is certainly HOLDING it in that state, but holding something still, even against a force, DOES NO WORK.
Two: As far as total, net VERTICAL displacement, the atmosphere is motionless. Work can only be done when matter is MOVED in the direction of a force. The direction of gravity is vertical. There is no vertical motion. Therefore the force of gravity does no WORK on the atmosphere. Are either of you capable of understanding these points?
Vince might of deputy dogSince the atmosphere is neither compressing towards the Earth, nor leaving the planet, there is no net vertical motion. Without that, the net work gravity is doing on the atmosphere is zero.
God are you people stupid.
Gravity doesnt compress the atmosphere? Wow it that only on planet Earth? Does gravity work on the sun or any other planet in the solar system? Does gravity compress water on Earth
Frank, I found this explanation today, I thought I'd share it with you: Gravitational Energy.
"Every object may have Potential energy but Gravitational energy is only stored in the height of the object. Any time that a heavy object is kept high up, a force or power is likely to be holding it up there. This is the reason why it stays up and does not fall. It is important to note that the heavier the object, the more its potential energy."
What is gravitational and potential energy?
....except on planet Earth according to Crick
Like I said, god are you people stupid.
Two points. One: I was using compress in its verb sense - gravity is not taking rarefied air and compressing it into denser air, as might an air pump. It is certainly HOLDING it in that state, but holding something still, even against a force, DOES NO WORK.
Two: As far as total, net VERTICAL displacement, the atmosphere is motionless. Work can only be done when matter is MOVED in the direction of a force. The direction of gravity is vertical. There is no vertical motion. Therefore the force of gravity does no WORK on the atmosphere. Are either of you capable of understanding these points?
Gravity doesn’t compress air??
JC did you hack Cricks account to make him sound ridiculous
My gosh. You are the one thinking photons are smart and can avoid objects hotter than the ones they came from.Interesting how many of you guys think that objects must be smart in order to obey the laws of nature....energy doesn't move spontaneously from cool to warm...we can't explain why that is or the fundamental mechanism that makes it happen, but it happens none the less and every observation and measurement ever made bears this out...that is why the wording of the physical law doesn't mention net...energy movement is a one way gross transaction.
When it comes to thermal energy in radiation physics, the word energy always means net energy. Every physicist understands that, but of course you don't believe in quantum mechanics, so you can believe what you want.
Can you show us lab work demonstrating heat moving from cooler to warmer?
Thanks a bunch
