How Does The Second Law Of Thermodynamics Relate to Everyday Humor?

In summary: Without it, scientists would have to rely on guesswork or measurements taken at different times of the day or year, which would be inaccurate and unreliable.In summary, the law of universal gravitation is a beautiful law that enables us to explore the universe and understand the physical constants. The speed of light in a vacuum is always observed to be c, and the universe would be a boring place without it. The Second Law of Thermodynamics ensures that heat will always move from colder to warmer objects, and without it, our kitchen appliances would never cool off. Heisenberg's law of measurement problem highlights the importance of the Zeroth Law,
  • #1
zoobyshoe
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1,291
I'm glad they passed this law because without it, your coffee spoons would never cool off.
 
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  • #2
Cite your favorite piece of physics legislation, and explain why it's your favorite.
 
  • #3
The law of universal gravitation.

Without it, the universe would be a pretty boring place. There'd be no reason to go anywhere...
 
  • #4
zoobyshoe,

That's a tough one; thre are so many great ones!

The speed of light in a vacuum is always observed to be c. The perfect symmetry it implies between the two most fundamental things about the universe, space and time, is exquisite!

But then, there's the uncertainty principle...

Like I said, it's a tough one!
 
  • #5
I am most thrilled that the physical constants are what they are. Imagine how boring the universe would be if the speed of light was 3 X 10^8 meters per second exactly. Or even worse, imagine if Pi was exactly 3. What would we put on all of those calculator keys?

Why are the values [edit: really the ratio of these values wrt each other] exactly what they need to be in order for the universe to exist? Obviously they must be what they must, but how did they get that way?
 
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  • #6
I, for one, hope that static friction never gets repealed. I would hate to have to blow hard out of my mouth so that I could slide across the floor to get from A to B. :eek:
 
  • #7
zoobyshoe said:
I'm glad they passed this law because without it, your coffee spoons would never cool off.

but i like my coffee spoons hot :-p
 
  • #8
Yeah, but if they hadn't passed the Second Law of Thermodynamics there would be no rule against all the heat in your house deciding to wander over and congregate in the spoon, heating it to incandescence, and setting your kitchen on fire.
 
  • #9
I like the law of averages. If we didn't have it everyone would be special. Oh wait...
 
  • #10
Ivan Seeking said:
Obviously they must be what they must, but how did they get that way?
I bet there's a long, bloody history of debate and lobbying and behind closed doors deals in some of these cases. I understand the wheeling and dealing at Copenhagen was intense and even furious.
 
  • #11
Ivan Seeking said, "Imagine how boring the universe would be if the speed of light was 3 X 10^8 meters per second exactly."

If the Earth were a little smaller it would be!
 
  • #12
enigma,

I like your approach:

"The law of universal gravitation. Without it, the universe would be a pretty boring place. There'd be no reason to go anywhere..."

And without Newton's 3rd Law, we couldn't get there even if there were a reason.

And without Coulomb's Law, we couldn't see anything when we got there.

And without the exclusion principle we wouldn't even be here to worry about all this.

:smile:
 
  • #13
zoobyshoe said:
I bet there's a long, bloody history of debate and lobbying and behind closed doors deals in some of these cases. I understand the wheeling and dealing at Copenhagen was intense and even furious.

On that note, consider Heisenberg's comment on the subject of "The Measurement Problem", from 1927:

"I remember that it ended with my breaking out in tears because I just couldn't stand this pressure from Bohr"
 
  • #14
Course, without the Second Law of Thermodynamics, all the heat in the left side of a persons body might accidently shift over to the right side now and then, and we'd have the phenomenon of Spontaneous Human Hemi-Refridgeration. That would be weird.
 
  • #15
Tom Mattson said:
I, for one, hope that static friction never gets repealed. I would hate to have to blow hard out of my mouth so that I could slide across the floor to get from A to B. :eek:
This is really silly. The government wouldn't let us down: they'd issue everyone compressed air canisters.
 
  • #16
jdavel said:
Ivan Seeking said, "Imagine how boring the universe would be if the speed of light was 3 X 10^8 meters per second exactly."

If the Earth were a little smaller it would be!

not so fast there :biggrin:

Ivan Seeking said:
really the ratio of these values wrt each other
 
  • #17
selfAdjoint said:
I like the law of averages. If we didn't have it everyone would be special. Oh wait...
Hehehehehehe.

You know Garrison Keoller's description of Lake Woebegone, Mn? It's a place "where all the women are strong, all the men are good looking, and all the kids are above average."
 
  • #18
The second law gets a lot of press, but I think most people miss the subtlety of the Zeroth Law. This may be the only law of Physics that is actually written in "legalese." After reading it, you're not quite sure what it said, and after you understand it, you're not quite sure why it had to be passed.

But I did some research on it and I found out that the Zeroth Law was passed because of the import of cheap foreign thermometers! Evidently they would read different random temperatures when taken to different locations and no one knew what to wear. Scientists would dress warmly one day and then find themselves in a ball of sweat after a few hours. Really uncomfortable! So they passed a law that said all thermometers must read the same temperature for any given average molecular kinetic energy. Only for some reason, they had to close up a bunch of loopholes, which is why it reads funny.
 
  • #19
Quite right, Chi Meson, the Zeroth Law stands head and shouders above all others as the legalese masterpiece of physics legislaion. The decision about what to call it, alone, could generate many essays. What do you name a law that ought to preceed the others already named and numbered? The solution arrived at, really, could only have been suggested by a lawyer.
 
  • #20
zoobyshoe said:
Hehehehehehe.

You know Garrison Keoller's description of Lake Woebegone, Mn? It's a place "where all the women are strong, all the men are good looking, and all the kids are above average."


Then there's Will Rogers' "When the Okies went from Oklahoma to California they raised the average IQ of both states."
 

FAQ: How Does The Second Law Of Thermodynamics Relate to Everyday Humor?

What is the Second Law of Thermodynamics?

The Second Law of Thermodynamics states that the total entropy of a closed system will always increase over time, or at best remain constant. This means that the amount of usable energy in a closed system will decrease over time, leading to a decrease in the system's ability to do work.

How does the Second Law of Thermodynamics relate to energy?

The Second Law of Thermodynamics is closely related to the concept of energy. It states that energy will always spontaneously flow from areas of high concentration to areas of low concentration, until there is an equal distribution throughout the system. This is known as the principle of entropy.

Is it possible to violate the Second Law of Thermodynamics?

No, it is not possible to violate the Second Law of Thermodynamics. This law is a fundamental principle of nature and has been extensively tested and proven through scientific experiments. However, there are some processes that may appear to violate the law, but they are actually following the law on a larger scale.

How does the Second Law of Thermodynamics impact our daily lives?

The Second Law of Thermodynamics has a significant impact on our daily lives. It is the reason why energy is constantly being converted from one form to another and why it is difficult to achieve 100% efficiency in energy conversion. It also plays a role in the aging process and the eventual decay of all living things.

What is the role of entropy in the Second Law of Thermodynamics?

Entropy is a measure of the disorder or randomness within a system. The Second Law of Thermodynamics states that the total entropy of a closed system will always increase or remain constant over time. This means that energy will tend to spread out and become more evenly distributed, leading to an increase in entropy. In other words, the Second Law of Thermodynamics is driven by the tendency towards increasing entropy in the universe.

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