Used a couple of US recipes recently and most of the ingredients are in cups, or spoons, not by weight. This is a nightmare to convert. Do Americans not own scales or something? What’s the reason for measuring everything by volume?
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Because it’s often easier to measure things by volume, and most cooking dishes do not need precise measurements. It sucks for baking dishes, but for anything that doesn’t need to be precise I find it way more convenient to grab a volume measurement than a scale
I’m with you but I get it that sometimes it’s convenient. My wife likes what we call “cup recipes” in baking where everything is measured in cups/glasses (this was a new thing couple of years ago where I live). It’s very fast and convenient.
But yes, it gets out of hand. I mean “a cup of celery”? … How? Why?
Take a 1-cup measuring cup, chop celery until it’s full. That doesn’t sound difficult to me. I infer it’s merely not what you’re used to.
I tend to prefer to weigh ingredients, but I also have measuring cups and spoons and using them is not so onerous. 🤷♂️
But celery is blocky and has gaps and doesn’t pack well, the amount you get changes drastically depending on how fine you chop it and on random packing.
I think it goes back to Fannie Farmer in 1896, who wrote the first major and comprehensive cookbook in English that used any kind of standard measurements. European cookbooks mostly used vague instructions without any standardized weights or numbers before that. At this point in the industrialized world standardized cup measures were relatively cheap and available. Scales were relatively bulky, expensive, and inaccurate in 1896. So the whole tradition got started, and most of the major cookbooks owed something to Fannie Farmer. Cookbooks that used standardized weights probably got started in other countries much later, when scales were becoming commonplace.
Everything. “How far to the restaurant?” “18 cups or so”
'The music is too loud, turn it down a few cups!"
I do actually like weight better for measurements, have a scale and that IS easier, agreed. But most recipes don’t need to be so exact, and not everyone has a scale so volume measurements work. I just use a regular spoon for teaspoon and have cup measures, a small coffee cup here is 8oz, we have some of those too.
Volumetric measurements, like the imperial system, is largely in place due to tradition.
But no, most people do not own good food scales. They aren’t pricey (I think mine was $25), but they are very uncommon. I don’t think I’ve ever seen one in a store.
I think you’re.right about tradition. I have a set of recipes from 3 generations ago. It’s been converted over the generations from a list of ingredients to “a fistful of flour” to “a juice glass of broth” to “1/3 cup of butter” as it was passed to me. Maybe my contribution will be to convert it to weight and pass it to my kids for them to finally convert it to metric weights.
I’m amazed they are that uncommon. Here (UK) you can walk into a supermarket and pick them up for less than £20.
“uncommon” is an overstatement, you can get them pretty much anywhere that has pots and pans. It’s uncommon in that most people don’t bother owning one, not that they’re hard to get
Because it’s quicker to just use a measuring cup than by weighing it out every time, I assume.
I do have a scale, but I mostly use it when portioning out a big chub of ground turkey or beef.
If you’d use metric, then weight & measurements on measuring cups would be basically the same. Like, 1 liter or milk or water is exactly 1 Kg. Using arbitrary measurements like “cups” or “feet” are just confusing and prone to error.
Milk has a specific gravity slightly higher than 1, so that isn’t accurate.
Also, “cups” and “feet” aren’t arbitrary. They aren’t part of the metric system, but a cup is a standardized unit of volume and a foot is a standardized unit of length.
Exactly. How is a foot anymore arbitrary then a meter?
Or a cup anymore arbitrary then an ounce?
Imperial measurements were based on arbitrary things, metric has specific scientific definitions for their weights.
1l of water is 1kg at sea level, why the fuck is kings foot size the defacto foot?
Imperial measurements were based on arbitrary things, metric has specific scientific definitions for their weights.
What do you mean? A pound is legally defined as 0.45359237 kilograms.
And the kilogram is defined:
The kilogram, symbol kg, is the SI unit of mass. It is defined by taking the fixed numerical value of the Planck constant h to be 6.62607015×10^−34 when expressed in the unit J⋅s, which is equal to kg⋅m^2 ⋅s^−1, where the metre and the second are defined in terms of c and ΔνCs.
These are all currently defined off of the same universal constants, just with different multipliers, which are all arbitrary numbers: 6.62607015 is just about as arbitrary as 0.45359237. Hell, the number 10 is arbitrary, too, so we still use a system for time based on dividing the Earth’s day into 24 and 60.
Like, I get that there’s some elegance in the historical water-based definitions derived from the arbitrary definition of length, but the definition of “meter” started from about as arbitrary a definition as “foot” (and the meter was generally more difficult to derive in the time of its adoption based on the Earth’s dimensions).
I’ll nitpick that said definition is also arbitrary. Why is it 1l of water at sea level, and not molecular weight of the water? And why a Liter anyway.
Even metric units like time are somewhat arbitrary. Why is a second based on caesium frequency, and not some other element?
I’ll nitpick that said definition is also arbitrary. Why is it 1l of water at sea level, and not molecular weight of the water? And why a Liter anyway.
Why? Because 1L is 1000 Cubic centimeters, which takes 1000 calories to raise 100 degrees to boiling point.
Nothing is arbitrary with metric, everything is also directly related to every other measurement.
If you have to ask that you have no idea how metric works
Until a few years ago, a kilogram was defined by a block of metal.
From 1799 to 1960, the metre was defined by another block of metal. Before 1799, it was defined by a measurement that was hard to verify.
That kind of sounds arbitrary.
On March 30, 1791, the French Academy of Sciences defined the length of a meter. Before this date, there were two definitions to this measure of length: The first was based on the length of a pendulum and the second was based on a fraction of the length of a half-meridian, or line of longitude. The French Academy chose the meridian definition. This defined one meter as one ten-millionth of the distance from the Equator to the North Pole.
The meter is the basic unit of distance in the International System of Units (SI), the world’s standardized system of measurement. Since the 1960s, all countries have adopted or legally recognized the SI. As a universal standard of measure, the meter helped ease the exchange of commerce and scientific data.
However, the definition of a meter has changed since 1791. In 1983, the meter got its current definition. The meter is defined as the length of the path travelled by light in a vacuumduring a time interval of 1/299,792,458 of a second.
The meter was never to do with metal, and every metric definition is scientifically found, not based off of someone’s foot.
You are way overthinking this.
Also, a foot is just a scientific as any other definition as long as you use the same foot every time.
Can you get me All of the things that I would need to Measure the speed of light in a vacuum, then do the math to divide all that?
Because that is what the average layman would need to verify what a meter is.
It’s close enough for home cooking, the specific gravity of milk is around 1030g/L so unless your recipe calls for multiple liters of Milk the small difference isn’t going to affect the result.
Elevation changes everything though and if you don’t adjust the measurements change more.
If you’re at sea level, sure.
Cups, teaspoons, and tablespoons in this context are standardized units of measure. It is very common to find at least one set of measuring cups and spoons in a US kitchen. Scales are uncommon.
I use both. For flour, scales are far, far superior. For sugar, it does not really seem to matter. For small amounts, I suspect my tea/tablespoons might be more accurate than my scale…
Not that accuracy matters that much in a recipe using eggs. Chickens aren’t necessarily known for precision…
Off topic:
I have learned that hens were laying eggs, chicken were the offspring.
Is this a british-american thing or just a common mistake?
Chicks are baby chickens. All hens and roosters are chickens. Does that answer your question?
Yes, thank You!
The imperial system is a nightmare. A lot of us hate it and agree that metric is far easier. I grew up with the imperial system and still don’t know the conversions between quarts, pints, ounces, and cups. Blame the French and British, we got it from them!
I’m currently calorie counting in order to lose weight and I weigh everything in grams because it’s easier.
I am converting my life to metric, actually. All of my CAD work is in metric and all of my chemistry glass is thankfully in metric. Thinking in longer distances is something I need to get used to though.
The imperial system is just a waste of time, TBH. I am sure there are a ton of people that can work fractions in their head but I just gotta ask: Why, and what is the point?
Measuring and planning with metric is just so damn easy and no extra steps are generally needed. When I need to convert 1000mm I just move the decimal over a bit and get 1km. EZ.
When I need to convert 1000mm I just move the decimal over a bit and get 1km. EZ.
🤔
1Kmm
(kilomillimeter)
I was hoping that might at least get a chortle or two. ;)
K is Kelvin. Kilo is k.
That’s just cold.
Apparently the French sent over a metric system for the Americans to use, but the ship was lost.
I’ve seen numerous sources for this.
OP is asking about volume vs weight, not metric volume vs imperial volume.
If the US had adopted the metric system it wouldn’t matter.
And that still doesn’t answer the question.
You do know that metric measures both volume and weight, right? A cubic centimeter of water weighs one gram.
And one pint of water is one pound.
You’ve completely missed the point, which is that most of the world measures ingredients (like flour for instance, where one pint is not one pound) by weight and not by volume.
A pint of water is not one pound, its 1.04318, which is a significant difference.
In what widely-used context is a .04318 difference significant?
Not soup. Not bread.
I don’t think even concrete would suffer noticeably from that difference.
Canada uses a mixture of imperial and metric, but not weights, so that’s an entirely false conclusion you’ve come to.
And that doesn’t help much, that’s only at sea level and a certain temperature, go do some baking with those exact conversions on a mountain and your cake won’t turn out at all.
As an American who has recently learned to love his scale, I’m with you 100%. With that being said, no, many Americans do not have kitchen scales.
Just another one of those things where the rest of world looks at the US and shakes its head. There seems to be a lot of things in the US purely in place based on tradition and logic goes out the window.
Why should I take an extra step to weigh everything out? Why should I give up some valuable counter space for a food scale? That’s just extra work for no reason.
Precision. Volume varies by how tightly something is packed, how finely something is diced, etc. I’ve seen recipes that recommend spooning flour into the measuring cup to ensure it’s not packed in tightly, so you don’t use too much. How much simpler is it to just weigh it?
Unless you’re a professional chef it does not matter if you use 65 grams or 70 grams of something in a recipe. Makes zero difference.
I’m happy that you don’t need it, but some of us like better precision. Plus, it’s convenient to put a mixing bowl on a scale and add things by weight, rather than using numerous measuring cups.
You add thing using cups, dude
F-e-w-e-r D-i-s-h-e-s
