I am impressed by how they’re afraid to call it bullshit despite it clearly being bullshit.
I am impressed by how they’re afraid to call it bullshit despite it clearly being bullshit.
Dont forget our ovens are for 300lb people too.
Dont forget our ovens are for 300lb people too.
And that Germany was running on fumes for a good portion of the war. She didn't have enough to feed and move her own people, let alone burn filthy jews in ovens.
And that Germany was running on fumes for a good portion of the war. She didn't have enough to feed and move her own people, let alone burn filthy jews in ovens.
If you cook a big turkey in an oven it's gonna take like 16 hours to cook instead of 1 hour for a small chicken. There's just no getting around it.
Let's see, human body is 60% water. If the average human body weight is 150 pounds, then it takes 92 MJ to evaporate the water inside the human body. That's how much it costs to go from 100 C water to steam, and doesn't include heating it up from room temperature. A kg of coal is about 20-30 MJ, let's say 30, so it takes 3 kg of coal to evaporate all the water inside a human body.
That's the lower-most bound on how much energy it takes to cremate a human body. I don't know how much energy it takes to burn the rest once the water is evaporated. Realistically given the inefficiencies involved it probably takes 10x that, so 30 kg of coal to cremate a human body. Basically they'd need thousands and thousands of tons of coal to cremate a million humans.
If you cook a big turkey in an oven it's gonna take like 16 hours to cook instead of 1 hour for a small chicken. There's just no getting around it.
Let's see, human body is 60% water. If the average human body weight is 150 pounds, then it takes 92 MJ to evaporate the water inside the human body. That's how much it costs to go from 100 C water to steam, and doesn't include heating it up from room temperature. A kg of coal is about 20-30 MJ, let's say 30, so it takes 3 kg of coal to evaporate all the water inside a human body.
That's the lower-most bound on how much energy it takes to cremate a human body. I don't know how much energy it takes to burn the rest once the water is evaporated. Realistically given the inefficiencies involved it probably takes 10x that, so 30 kg of coal to cremate a human body. Basically they'd need thousands and thousands of tons of coal to cremate a million humans.
I used to work in a cemetery. I put bodies in the crematorium. 1865 degrees f. and bodies would turn to cremains, then we would grind it into powder.
10/10 it didnt smell bad burning bodies either.
I used to work in a cemetery. I put bodies in the crematorium. 1865 degrees f. and bodies would turn to cremains, then we would grind it into powder.
10/10 it didnt smell bad burning bodies either.
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