this post was submitted on 23 May 2024
780 points (99.1% liked)
Memes
8404 readers
576 users here now
Post memes here.
A meme is an idea, behavior, or style that spreads by means of imitation from person to person within a culture and often carries symbolic meaning representing a particular phenomenon or theme.
An Internet meme or meme, is a cultural item that is spread via the Internet, often through social media platforms. The name is by the concept of memes proposed by Richard Dawkins in 1972. Internet memes can take various forms, such as images, videos, GIFs, and various other viral sensations.
- Wait at least 2 months before reposting
- No explicitly political content (about political figures, political events, elections and so on), [email protected] can be better place for that
- Use NSFW marking accordingly
Laittakaa meemejä tänne.
- Odota ainakin 2 kuukautta ennen meemin postaamista uudelleen
- Ei selkeän poliittista sisältöä (poliitikoista, poliittisista tapahtumista, vaaleista jne) parempi paikka esim. [email protected]
- Merkitse K18-sisältö tarpeen mukaan
founded 2 years ago
MODERATORS
you are viewing a single comment's thread
view the rest of the comments
view the rest of the comments
Nah,, that's the funniest attempt at dissing someone that said something you don't understand I've ever seen.
Calorimeters do a specific job. That job is not the same as digestion and metabolism. Not all foods "give up" calories in the same way, and no foods do so in the same way as inside a calorimeter.
Measured calories via calorimeter are indeed accurate with exactly what they measure, i.e. The exact food that is placed into them.
What a calorimeter can't do is guarantee that everything put into it is the same.
The more complex the substance is, the more variation there will be between measurements of different batches of that substance. Something like refined sugar is going to give the same results reliably because there's just not that much variation. Same with refined fats and proteins. Once you get simple enough, the results vary by so little as the be meaningless.
Put two bananas in the same machine, the variance will be greater than that of simpler materials. Is that variance enough to matter on a practical level? Not usually, but it can be.
But, that variance is still there, and the range of possibilities is enough to be significant when calculating what you might slap on a nutritional level of a given food.
Hence, the results aren't accurate in the sense that they can be reproduced in a precise way. There's just too much natural variance in foods, even carefully prepared foods.