Old Trapper
Verified User
The fact that you have to ask how the Laws of Thermodynamics come into play just shows how ignorant you are on the topic. I don't mind educating you.
The first two laws of thermodynamics come into play and rather than giving your the formal definition, I will dumb it down for you because clearly you need it
LOL, "educate" away. I love being "educated" by the ignorant especially the arrogant asses.
First law of Thermodynamics: you can’t get something for nothing.
No one is talking of "getting something for nothing".
Second law of Thermodynamics: You can’t even break even.Now you are just showing what an ignorant arrogant ass you are.
We can use firewood as an example of energy to illustrated the first two laws of thermodynamics. You light wood on fire and it releases stored heat energy for warming your body and cooking your food. As the wood burns, it turns to ash which is no longer a source of energy in the form of heat. That is what we call entropy.
Now we can dig deeper into this example by pointing out that when it comes to heating ones home, certain types of woods are better than others because they are more dense. For example, hickory, white oak, maple and red oak are very desirable for heating ones home as they have very high density's and store much more energy than softer woods like pine, poplar and basswood. The latter will definitely burn, but it will burn faster, produce more ash and require more wood relative to the hard woods.
Read this article about energy density and it will explain it all to you. Whether you will understand it or not is an open question
https://www.masterresource.org/energy-density/energy-density-is-key/
Now you just got boring. You forgot to include the cutting of the wood, the splitting of the wood, in preparation for your first "Law". As to the density, that has not a damn thing to do with fracking. I would suggest you get out of grade school "Thermodynamics", and take some adult courses.