- Banned
- #1,881
Molecules separated by space, as in a gas, don't know their neighbors so they radiate energy depending on their energy level as measured by the absolute temperature. Where that energy goes after it has left, the molecule has no say in.
I asked you a simple question and you apparently find yourself unable to answer. When someone asks you what the Second Law has to say on the topic of energy moving from one region to another region, the correct response is to state what the second law has to say regarding the movement of energy from one region to another region. Here, let me help you out....this from the highly respected University of Georgia Physics Department:
Second Law of Thermodynamics: It is not possible for heat to flow from a colder body to a warmer body without any work having been done to accomplish this flow. Energy will not flow spontaneously from a low temperature object to a higher temperature object.
Now, let me ask you an even easier question that doesn't involve you having to actually look up complicated stuff like physical laws.
What do you think phrases like "not possible" and "will not" mean? If you need help, with such complex phrases just let me know and I will help you out.
The Second Law of Thermodynamics deals in net heat flow.
So you (and a lot of other warmers) say but I have looked and can't find a single credible reference that says that the second law doesn't mean exactly what it says. It is written in absolute terms...not possible...will not.
The second law is all about entropy and it states explicitly that energy won't move from a state of higher entropy to a state of lower entropy. Energy in the atmosphere is at a higher state of entropy than energy in the surface of the earth. Now once again, what does the second law say about the movement of energy from a higher entropy state to a lower entropy state?
If you like, by all means provide a single repeatable laboratory experiment that demonstrates a two way energy flow in definance of the statement of the Second Law.
And this statement by you is pure sophistry:
Molecules separated by space, as in a gas, don't know their neighbors so they radiate energy depending on their energy level as measured by the absolute temperature. Where that energy goes after it has left, the molecule has no say in.
What does knowing have to do with anything? Do you think a stone dropped from your hand needs to know which way to move or do the forces of nature simply dictate to it which way it will move and the stone itself is only along for the ride?
Do you think a marble placed on an incline needs to know which way to move when it is released, or do you think the forces of nature simply don't give it any choice in which way to move?
How about water in a stream bed? Do you think it needs to know which way is downhill?
How about electricity moving down a line? Do you think those electrons need to know which direction is a higher entropy state or do you think that the forces of nature simply move them along whether the "know" any thing or not?
You've potentially learned a lot today. We'll see how much of it is still there tomorrow.
You really are a laugh. I have asked you simple questions that you can't answer and you claim that there is something that I can learn? I have learned that you are an idiot...I have learned that you are incapable of having a rational conversation on the topic because you don't have the slightest grasp of the topic. You will not discuss the topic because it is so far over your head that you don't even know where, or how to begin. You will pick random phrases that you have read and attempt to fit them into a conversation and end up looking even more foolish than you already do.
The day that I worry about you making me look foolish, I hope is the day that they're planting me in the ground.