Bonesjones
kiwifarms.net
- Joined
- Jan 27, 2021
I think you'll have to dumb it down for him, maybe use analogies of things he's familiar with. I'd suggest food or probably loli hentai, if I had to guess.Fucking ninja'd by @Lemmingwise , but I'll keep posting.
It actually is a law of physics that energy is required to convert, say, water into water vapor. We can calculate, in fact, with precision the amount of energy required to heat water to the boiling point from whatever temperate it starts at (say body temperature) and then the energy required to make its phase change to vapor. You might even use this math to determine how much energy would be required, at a minimum, to covert the roughly 60% of the human body which is water into vapor. Any amount of energy less that that would obviously fail to extract all the water, and a soggy cadaver is not a cremated one.
Do you even have a GED?
I thought we couldn't calculate that? Make up your mind, bro.
Okay, here you are claiming that the Energy contained in the Fuel is exactly equal to the amount of energy required to cremate the corpse. Fuel(Energy) = Required(Energy) which is okay, assuming a real world impossibility of perfect breakdown of the fuel and then perfect transfer to the cadaver. In real life you'd lose some energy to the imperfect combustion of your fuel, imperfect transfer to the cadaver, but whatever. This is a theoretical device, like the old 'assume a spherical cow' joke.
Just when I thought you were getting it. We already defined the Required(Energy) as above, so every single cadaver needs to have at minimum that amount of energy input, which is then spent on the cremation process. As Lemmingwise points out, if Crema 2 has hot air and heat buildup in it, then that is excess energy wasted from the prior cremation process. So with every N cadaver you've introduced waste, and you're spending more fuel, not less.
You've confused a very inefficient real world crematorium with a better built, more efficient one. If you have two units; Unit A has a lot of leaky pipes and bad insulation, while Unit B is modern and well built, then it is a foregone conclusion that Unit B will take less fuel than Unit A. No matter how well built, however, you cannot use less energy that the minimum requirement.
It will always take 2,257 joules per gram to convert water to steam, no matter how clever you build the kettle.