Anonymous wrote:Most people here don’t have a food scale, that’s why.
Anonymous wrote:Anonymous wrote:Anonymous wrote:Anonymous wrote:Anonymous wrote:Anonymous wrote:Anonymous wrote:All recipe creators (including American ones) use weighed out ingredients when developing recipes bc it's so much more precise. For the US market they then convert back to volume based measurements.
Weighing and baking is a way better system and even Americans are speaking out in favor of it, eg. Alison Roman on one of her videos.
But it doesn’t make sense to convert back to volumes. Just leave it as mass. Yes, it is way more precise. It makes zero sense to ever use volumes to measure out solids. I worked as a chemist for years.
NP. It does if you're writing for an audience that doesn't have scales. Your experience as a chemist is totally beside the point. Most Americans don't have kitchen scales, and volume measurements are fine for the vast majority of home cooking projects, even baking. Mass is more precise, but does a cake recipe written in cups work? Of course it does, you can tell because Americans successfully make cakes every day.
They make crappier cakes.
Because when people think of quality home cooking, England springs to mind?
Clearly you’ve never been to England. English pastries and baking are exponentially better, on average, than what you typically find in the U.S.
Pastries in London are great, just like pastries in Paris or New York or any other cosmopolitan city. What does have to do with home cooks using a scale? I love British Indian food, but regular English food was just bland.
Anonymous wrote:Anonymous wrote:Anonymous wrote:Back to the UK and your hybrid systems of weights and measures. You guys need to pick one or the other and until then quit complaining about the choices others make.
Yeah why do you say "stone" for losing or gaining weight? That's pretty stupid in my opinion!
It's important to have a quick and reliable estimate of how much post apocalyptic weaponry you need to take out a zombie.
Anonymous wrote:Anonymous wrote:Anonymous wrote:Anonymous wrote:Anonymous wrote:You might get a more insightful response if you weren’t so hostile about it. I’m sure there is a historical reason for this if you really want to know.
Here you go. Despite the hostile OP I will share this because I love it so much:
https://imgur.com/gallery/imperial-system-S9nYOfZ
What a dumb post setup with a whole bunch of strawmen.
Omg, a 3rd of a cup is 68.3333 grams!!! Dumb. Because anyone making a recipe using mass wouldn't use 68.333 grams in the first place, the recipe would be invented to optimize ratios and would use 65 grams, 68 grams, or 70 grams. Working with base 10 is infinitely easier. The poster is fixated in decimals. Lol, if that matters to you, you wouldn't use grams of you're concerned about .035 grams, you'd just use milligrams instead. Or if you have decimals of liters, you'd use milliliters. It's really not that hard as that poster makes you want to believe. They're just trying to setup ridiculously stupid scenarios to support a weak argument when they completely ignore simply using a different metric unit of base 10.
Oh you, need 6.036 grams of flour? Not hard, weigh 6 grams and 36 milligrams of flour. Lol. Takes 10 seconds to do.
So many stupid Americans ignorant of science and basic measurements.
36mg out of 6.036g represents an error of 0.05%. There is no recipe in the world that sensitive. Measuring beyond three significant figures is usually meaningless in the physical word.
That's why it doesn't matter.
You're proving the point of why mass is better.
Yes, it does matter whatsoever if you're off by .001 mg. A PP was trying to use a stupid internet post to support the concept that volumes for solids make sense because of an asinine argument that imperial units are divisible by 12. The post went on to argue that decimals are bad when using mass, because what if you end up needing to measure something like 68.333.... grams!!???
It really wouldn't matter if you could only measure out thousandth digit when using mass. The reason mass is far superior is because it automatically accounts for density. As a other poster mentioned, different brands of food stuffs can have wide variances in their products in consistency. 1 cup of flour from brand X may be 150g while 1 cup of flour from brand Y may be as divergent as 170 grams. This matters tremendously to cooking, because you're adding in hugely variable amounts of total gluten. If you simply used mass you'd be getting the correct amount of flour across all brands. Different brands may differ simply because physical properties are different in their food stuffs due to the way try manufacturer a product. Product X may simply be 'fluffier' than product Y's. X will give you less of the ingredient per volume because it simply has more empty space per volume than Y. Use mass.
Anonymous wrote:Anonymous wrote:Anonymous wrote:Anonymous wrote:Anonymous wrote:You might get a more insightful response if you weren’t so hostile about it. I’m sure there is a historical reason for this if you really want to know.
Here you go. Despite the hostile OP I will share this because I love it so much:
https://imgur.com/gallery/imperial-system-S9nYOfZ
What a dumb post setup with a whole bunch of strawmen.
Omg, a 3rd of a cup is 68.3333 grams!!! Dumb. Because anyone making a recipe using mass wouldn't use 68.333 grams in the first place, the recipe would be invented to optimize ratios and would use 65 grams, 68 grams, or 70 grams. Working with base 10 is infinitely easier. The poster is fixated in decimals. Lol, if that matters to you, you wouldn't use grams of you're concerned about .035 grams, you'd just use milligrams instead. Or if you have decimals of liters, you'd use milliliters. It's really not that hard as that poster makes you want to believe. They're just trying to setup ridiculously stupid scenarios to support a weak argument when they completely ignore simply using a different metric unit of base 10.
Oh you, need 6.036 grams of flour? Not hard, weigh 6 grams and 36 milligrams of flour. Lol. Takes 10 seconds to do.
So many stupid Americans ignorant of science and basic measurements.
36mg out of 6.036g represents an error of 0.05%. There is no recipe in the world that sensitive. Measuring beyond three significant figures is usually meaningless in the physical word.
That's why it doesn't matter.
You're proving the point of why mass is better.
Yes, it does matter whatsoever if you're off by .001 mg. A PP was trying to use a stupid internet post to support the concept that volumes for solids make sense because of an asinine argument that imperial units are divisible by 12. The post went on to argue that decimals are bad when using mass, because what if you end up needing to measure something like 68.333.... grams!!???
It really wouldn't matter if you could only measure out thousandth digit when using mass. The reason mass is far superior is because it automatically accounts for density. As a other poster mentioned, different brands of food stuffs can have wide variances in their products in consistency. 1 cup of flour from brand X may be 150g while 1 cup of flour from brand Y may be as divergent as 170 grams. This matters tremendously to cooking, because you're adding in hugely variable amounts of total gluten. If you simply used mass you'd be getting the correct amount of flour across all brands. Different brands may differ simply because physical properties are different in their food stuffs due to the way try manufacturer a product. Product X may simply be 'fluffier' than product Y's. X will give you less of the ingredient per volume because it simply has more empty space per volume than Y. Use mass.
Anonymous wrote:Anonymous wrote:Anonymous wrote:Anonymous wrote:You might get a more insightful response if you weren’t so hostile about it. I’m sure there is a historical reason for this if you really want to know.
Here you go. Despite the hostile OP I will share this because I love it so much:
https://imgur.com/gallery/imperial-system-S9nYOfZ
What a dumb post setup with a whole bunch of strawmen.
Omg, a 3rd of a cup is 68.3333 grams!!! Dumb. Because anyone making a recipe using mass wouldn't use 68.333 grams in the first place, the recipe would be invented to optimize ratios and would use 65 grams, 68 grams, or 70 grams. Working with base 10 is infinitely easier. The poster is fixated in decimals. Lol, if that matters to you, you wouldn't use grams of you're concerned about .035 grams, you'd just use milligrams instead. Or if you have decimals of liters, you'd use milliliters. It's really not that hard as that poster makes you want to believe. They're just trying to setup ridiculously stupid scenarios to support a weak argument when they completely ignore simply using a different metric unit of base 10.
Oh you, need 6.036 grams of flour? Not hard, weigh 6 grams and 36 milligrams of flour. Lol. Takes 10 seconds to do.
So many stupid Americans ignorant of science and basic measurements.
36mg out of 6.036g represents an error of 0.05%. There is no recipe in the world that sensitive. Measuring beyond three significant figures is usually meaningless in the physical word.
That's why it doesn't matter.
Anonymous wrote:Anonymous wrote:Anonymous wrote:You might get a more insightful response if you weren’t so hostile about it. I’m sure there is a historical reason for this if you really want to know.
Here you go. Despite the hostile OP I will share this because I love it so much:
https://imgur.com/gallery/imperial-system-S9nYOfZ
What a dumb post setup with a whole bunch of strawmen.
Omg, a 3rd of a cup is 68.3333 grams!!! Dumb. Because anyone making a recipe using mass wouldn't use 68.333 grams in the first place, the recipe would be invented to optimize ratios and would use 65 grams, 68 grams, or 70 grams. Working with base 10 is infinitely easier. The poster is fixated in decimals. Lol, if that matters to you, you wouldn't use grams of you're concerned about .035 grams, you'd just use milligrams instead. Or if you have decimals of liters, you'd use milliliters. It's really not that hard as that poster makes you want to believe. They're just trying to setup ridiculously stupid scenarios to support a weak argument when they completely ignore simply using a different metric unit of base 10.
Oh you, need 6.036 grams of flour? Not hard, weigh 6 grams and 36 milligrams of flour. Lol. Takes 10 seconds to do.
So many stupid Americans ignorant of science and basic measurements.
Anonymous wrote:Anonymous wrote:Anonymous wrote:Anonymous wrote:Anonymous wrote:Anonymous wrote:You might get a more insightful response if you weren’t so hostile about it. I’m sure there is a historical reason for this if you really want to know.
Here you go. Despite the hostile OP I will share this because I love it so much:
https://imgur.com/gallery/imperial-system-S9nYOfZ
What a dumb post setup with a whole bunch of strawmen.
Omg, a 3rd of a cup is 68.3333 grams!!! Dumb. Because anyone making a recipe using mass wouldn't use 68.333 grams in the first place, the recipe would be invented to optimize ratios and would use 65 grams, 68 grams, or 70 grams. Working with base 10 is infinitely easier. The poster is fixated in decimals. Lol, if that matters to you, you wouldn't use grams of you're concerned about .035 grams, you'd just use milligrams instead. Or if you have decimals of liters, you'd use milliliters. It's really not that hard as that poster makes you want to believe. They're just trying to setup ridiculously stupid scenarios to support a weak argument when they completely ignore simply using a different metric unit of base 10.
Oh you, need 6.036 grams of flour? Not hard, weigh 6 grams and 36 milligrams of flour. Lol. Takes 10 seconds to do.
So many stupid Americans ignorant of science and basic measurements.
If you can't accept the many good explanations given here, then just know it's because the US was founded on the idea of not doing anything the way you do.
What good explanations? There hasn't been any.
This from a country that measures body weight in "stones"? GTFO.