I mean, you say that. But I think there’s money to be made here. If we just create a new name for pasteurisation processes and market it as “that thing” raw milk. Of course with a 200% markup. Free money!
There’s never been a product called “InstaPot”. You just hallucinated that along with millions of other people. It’s called “Instant Pot”; always has been.
Other things that also never existed:
Stouffer’s Stove-Top Stuffing (It’s always been Kraft)
McDonalds hash browns orders with two patties (it’s one)
200° F is 93 C.
And now we have it converted to Metric, we can easily calculate that heating 1 liter, is 1 kg is 1000 grams = 1000 calories per degree it needs heated, so if it was cooled at 5° C you would need to heat it 88° C = 88000 calories to heat it to 93° C.
Isn’t Metric cool?
I challenge you to do a similar calculation using Imperial without calculator or looking up ratios. 😋
I agree that metric is superior in almost every way, but I’m here for pedantry. 1 calorie is the amount of heat it takes to heat 1 gram of WATER 1 degree Celsius. Raw milk is slightly more dense than water so it would take a few extra calories. Cheerio.
To be further pedantic, milk also has a different specific heat which would overcorrect for the density difference by about the same amount.
The calorie is not an SI unit, it’s a cgs unit, and it isn’t coherent or order-of-ten with SI units.
Furthermore, I’m not aware of any market where you can buy energy in calories. Most will be in terms of Wh, mass, or volume, none of which would be coherent or order-of-ten with calories.
Except for food, I guess. But how much utility is there in knowing that you could almost pasteurize a liter of milk with a fun size snickers?
Yes that is absolutely true, and since it’s milk there will be a few percent variance it requires slightly less. But still very good to get the ballpark easy, to check a more accurate calculation isn’t way off because some typo or something.
Easy calculation between heat, energy, weight and volume is so cool, and actually quite often practical to make quick estimates.
To heat from 40F to 200F with 10 pounds of milk is 1600 degreelbs and we can heat 16000 degreebls with 10 buffaloxen of firewood, so, conveniently, we know this process takes one clean buffalox of firewood. Pretty trivial in imperial* units.
I agree of course with the use of metric (even if it’s fun to take the piss), but you’ve arrived at an equivalently meaningless result in either case. Now if you want to use a calculator and go from calories to kWh, it’s a different story.
Just wait until they try heating the raw milk in a pressurized container at 200° F
I mean, you say that. But I think there’s money to be made here. If we just create a new name for pasteurisation processes and market it as “that thing” raw milk. Of course with a 200% markup. Free money!
✨Pressure Purified✨ raw milk
Slow cooked raw milk now 100% less raw.
Milk cooked low and slow until it falls off the bone.
Like that bit in Parks & Rec where people are scared of flouride in the drinking water, so they rebrand it as H₂Flow and everyone loves it.
There’s truth to that quote of “A person is smart. People are dumb, panicky dangerous animals and you know it”
Pressure cooker sales to the moon!
Brilliant. Use your
pressure cookerInstaPot and save time!Mandela Effect time!
There’s never been a product called “InstaPot”. You just hallucinated that along with millions of other people. It’s called “Instant Pot”; always has been.
Other things that also never existed:
W-what?
200° F is 93 C.
And now we have it converted to Metric, we can easily calculate that heating 1 liter, is 1 kg is 1000 grams = 1000 calories per degree it needs heated, so if it was cooled at 5° C you would need to heat it 88° C = 88000 calories to heat it to 93° C.
Isn’t Metric cool? I challenge you to do a similar calculation using Imperial without calculator or looking up ratios. 😋
I agree that metric is superior in almost every way, but I’m here for pedantry. 1 calorie is the amount of heat it takes to heat 1 gram of WATER 1 degree Celsius. Raw milk is slightly more dense than water so it would take a few extra calories. Cheerio.
To be further pedantic, milk also has a different specific heat which would overcorrect for the density difference by about the same amount.
The calorie is not an SI unit, it’s a cgs unit, and it isn’t coherent or order-of-ten with SI units.
Furthermore, I’m not aware of any market where you can buy energy in calories. Most will be in terms of Wh, mass, or volume, none of which would be coherent or order-of-ten with calories.
Except for food, I guess. But how much utility is there in knowing that you could almost pasteurize a liter of milk with a fun size snickers?
Yes that is absolutely true, and since it’s milk there will be a few percent variance it requires slightly less. But still very good to get the ballpark easy, to check a more accurate calculation isn’t way off because some typo or something.
Easy calculation between heat, energy, weight and volume is so cool, and actually quite often practical to make quick estimates.
How many grams of fire to make 88000 calories?
To heat from 40F to 200F with 10 pounds of milk is 1600 degreelbs and we can heat 16000 degreebls with 10 buffaloxen of firewood, so, conveniently, we know this process takes one clean buffalox of firewood. Pretty trivial in imperial* units.
I agree of course with the use of metric (even if it’s fun to take the piss), but you’ve arrived at an equivalently meaningless result in either case. Now if you want to use a calculator and go from calories to kWh, it’s a different story.
It makes me so proud to now be a part of the Imperial system, I may even switch to using it. 😋
Not sure what you use to measure with it besides firewood, but hey, it’s imperial: the more units the merrier.
That’s fine, we buy firewood every year, Now I will absolutely prioritize a dealer using Buffalox units for it.
Okay, but how many horses do I need?
Checkmate. /s