I was genuinely hoping that you were going to say "metric is miles better" there. Disappointing.Distances there's really no discussion, metric is much better than imperial.
I was genuinely hoping that you were going to say "metric is miles better" there. Disappointing.Distances there's really no discussion, metric is much better than imperial.
A metric kiloton better.I was genuinely hoping that you were going to say "metric is miles better" there. Disappointing.
I don't think anyone that uses the metric system since a kid has ever had an issue visualizing the height of someone when told in centimeters... my kid is a bit over 90cm and I'm 178, that means I'm almost twice her height and you don't need to start converting feet and inches around :POn a side note, imperial does have one thing going for it that metric doesn't, and that's unit size. A normal person is 5-6ft plus or minus 5-6 inches in imperial. Smaller numbers are easier for the human brain to process and visualize (I think this is called subitizing?).
You're missing the point. You're just using your kid as a reference point; 180 is twice 90, therefore I'm twice as tall as her. The issue is that you're implicitly bringing in other standards by necessity. The ideal would be to simply know the base unit, and number of units you have. "I have 1 ft, here are six." Instead, in metric it becomes: "I know that this man is 160 cm, therefore 200 cm must be 40cm above this, which is..." And so on. Mentally, large sets of units require extra subdivisions and references that are implicitly done.I don't think anyone that uses the metric system since a kid has ever had an issue visualizing the height of someone when told in centimeters... my kid is a bit over 90cm and I'm 178, that means I'm almost twice her height and you don't need to start converting feet and inches around :P
I said it because so many people on here were using the boiling point as an absolute and easy to measure and verify metric. Without lab equipment, the boiling point of water is no more accurate than measuring the length of your foot to estimate a 'foot length."No you wouldn't because atmospheric temperature and ionic content were already a part of the original definition of the Celsius scale. 100°C is the point at which pure water boils at 1atm of pressure. Measuring a boiling point of a different temperature in a non controlled environment does not change the definition of the Celsius scale.
Edit: I do get the point you're trying to make, and do believe there is some merit to it, but your wording really bothered me.
I think you also missed the point of what I said.You're missing the point. You're just using your kid as a reference point; 180 is twice 90, therefore I'm twice as tall as her. The issue is that you're implicitly bringing in other standards by necessity. The ideal would be to simply know the base unit, and number of units you have. "I have 1 ft, here are six." Instead, in metric it becomes: "I know that this man is 160 cm, therefore 200 cm must be 40cm above this, which is..." And so on. Mentally, large sets of units require extra subdivisions and references that are implicitly done.
This is bullshit. The wind, air humitdity, and amount of sun you're exposed to have so much mor einfluence than 1F, that you can't realistically say you need that much precision. And that's even disregarding that anyway, we can only measure the temperature of a point, not a volumle, and the temperature certainly is not uniform around you. If the weather anounces 75F, you won't always be with 75F air around you.This one, never. Celsius is the worse scale because it's not as specific without resorting to decimals (which is half the problem with the Imperial measurements).
72F and 73F are noticeably different, but you need to go to tenths places at least to specify that in Celsius
... That's like, exactly the strength of metric systems? If the number become too big, you just switch to the next unit. And use decimals, which are painless to convert.1 ounce is 28g. Smaller numbers are easier for the human brain to process and visualize (I think this is called subitizing?). When you get to 150+ units, you're pretty much memorizing sizes and not using the units properly.
In the US we have the freedom to use whatever measurement system or systems we want to. So suck it.
We hate you for your freedom tbhIn the US we have the freedom to use whatever measurement system or systems we want to. So suck it.
You're missing my point; a scale is poor if you can't actually use it. I'm saying that proper use of a scale should be able to be used ab initio, from it's actual units. If you have to memorize how much 150cm is to evaluate your size, then you are not using centimeters. You are using your own personal unit of 150 centimeters. You are implicitly creating your own sub-units. Sub-units with the same bizarre conversions you accuse of imperial of having!I think you also missed the point of what I said.
I don't need to visualize anything, I know how much is 150cm or 200cm or 178cm all based on my height or other things around that use those same heights (ie., doors).
You use feet and you know how much 6ft is based on some random number and distance, not a real object. Same as centimeters. My point is that when comparing those units, you don't need to mix two scales (inches and feet). That alone makes things easier.
You know how much is 1 feet, I know how much is 50cm. You add those the same way I do.
... what?You're missing my point; a scale is poor if you can't actually use it. I'm saying that proper use of a scale should be able to be used ab initio, from it's actual units. If you have to memorize how much 150cm is to evaluate your size, then you are not using centimeters. You are using your own personal unit of 150 centimeters. You are implicitly creating your own sub-units. Sub-units with the same bizarre conversions you accuse of imperial of having!
If you need to perform this sort of mental musical chairs to evaluate given heights, then it's a unit system not well suited to it's task. And that's why Americans don't want to use it!
If we want to be completely nehlisitc, why even have multiple hierarchy of units at all based on your comment? If you know how much 50cm, or 150cm, why not just measure everything in cm and get rid of meters, kilometers, micro-meters, and everything else completely? We could just rely on knowing 'how much 100cm, 1000cm, 100000cm is', couldn't we?
That of course would be obnoxious. The whole point of unit hierarchy is to keep the number of units small and understandable for each application it's used for.
By the by, 6ft 6inches doesn't mix the units up; they just add. You have 6ft, and on top of that is 6 inches. It's much easier to deal with that '78 inches' which is just too many inches.
In the US we have the freedom to use whatever measurement system or systems we want to. So suck it.
Yes yes it does.
it's sunday, of course it does.
... but you do the exact same thing with imperials?Only you have to do with every single unit of distance, as you can't well relate one to another.If you need to perform this sort of mental musical chairs to evaluate given heights, then it's a unit system not well suited to it's task. And that's why Americans don't want to use it!
Which I guess is why you have (*googles*) 1760 yards (or 5280 feets) in a mile?The whole point of unit hierarchy is to keep the number of units small and understandable for each application it's used for.
This is a complete non issue. Did you ever hear about SATP conditions ? Everything* in chemistry is standardised to 1013 hPa.Because the boiling point of water is not absolute. Elevation and barometric pressure directly affect the boiling point of water. So, it's a system of measurement based on a moving target.
If you go to 100 different locations in the world and bring 100 pots of water to boil you'll have 100 different measurements of what 100° C should be.
This one, never. Celsius is the worse scale because it's not as specific without resorting to decimals (which is half the problem with the Imperial measurements).
72F and 73F are noticeably different, but you need to go to tenths places at least to specify that in Celsius
I am surprised it was not post earlier.
People are arguing that F's "finer granularity" is an advantage. It's not even able to produce a whole number for your body temperature. Celsius has a 0-100 range for water phases which is convenient in science, weather, cooking, etc and a whole number for human body temperature. Also, once you get below 0 C, numbers start increasing negatively, describing increasing coldness. Whereas in F you have an arbitrary freezing point at 32, and decrease to 0, then switch to negative numbers, which is baseless. It's just clear to me that F is completely arbitrary and only defended out of pride. Like the whole idea of 0-100 for F making sense is so backwards, because at the same time we have miles/hour (mph), which is generally 0-65 in terms of the highest speed limits. Hello, km/h is essentially 0-100.
Let's be honest. It's just about american exceptionalism. You even see it in this thread with people trying to convince you that the imperial system is actually more convenient lol
Be it the am/pm thing, the way you write dates, the imperial system etc... None of these things make any sense in 2018. There are way better systems/ways of doing things out there and 99% of the countries in the World understand that. But 'murica is so unique and exceptional, why should they be like everyone else? Cue USA USA USA chants.
This is what it comes down to.
In the US we have the freedom to use whatever measurement system or systems we want to. So suck it.
Quick question, what's the imperial measurement for dead kids in school shootings?
Or is stupid. When requiring more precise values using Celsius (medicine, chemistry, etc.), you just use decimals.I am surprised it was not post earlier.
The strength of the metric system is its coherent and transversal approach.
On a side note, anyone bringing granularity is arguing in bad faith.
Talk about a derailment.
A given increase in one scale (say F) is always proportional to the same increase in the other scale, doesn't depend on the temperature range.In the range of 70-80 F, each point of C is about 2 F. But alright, I would argue you just notice it getting warmer (not the actual temperature because the scale is arbitrary) but you are biasing yourself. You might notice increments of 0.1 F but you are ok with F.
Because using them in imperial is less than practical, so of course the same must be true in metrics!Why are some people acting like decimal points don't exist or are too bothersome?
Ah, now we get to the root of the problem, metric people have never seen an egg.Sadly will never happen stuff like the Metric System and Fahrenheit is "their way" to measure them and thats for them more important than logic.
Hell they even call a sport with a egg that is mostly played with hands fucking Football.
Almost spat out my prune juice. WTFQuick question, what's the imperial measurement for dead kids in school shootings?
How is Fahrenheit a scientific car crash? It's fundamentally no different from Celsius.Let's be honest. It's just about american exceptionalism. You even see it in this thread with people trying to convince you that the imperial system is actually more convenient lol
Be it the am/pm thing, the way you write dates, the imperial system etc... None o
This is a complete non issue. Did you ever hear about SATP conditions ? Everything* in chemistry is standardised to 1013 hPa.
It's still a significantly better scale by any measure than the scientific car crash that is Fahrenheit.
Edit: Of course it needs to be measured in a laboratory. It's still significantly better than a scale that is defined by an ammonium chloride icewater solution and the temperature of a healthy human body.
f these things make any sense in 2018. There are way better systems/ways of doing things out there and 99% of the countries in the World understand that. But 'murica is so unique and exceptional, why should they be like everyone else? Cue USA USA USA chants.
I don't see the point of constantly having this thread. If you Eurosnobs want to dunk on the US go over to one of the thousand Trump threads.
American citizenship.... Just being revoked.
In terms of day to day usage there really isn't much difference in usability between Fahrenheit and Celsius.
0 is arguably a more logical number to use for freezing, however, it's not exactly hard to remember 32. Fahrenheit is arguably more granular, however, if that precision was actually necessary you could easily add the .5 decimals to Celsius without losing any usability.
However, there is one thing which indisputably makes Celsius a better system to use:
This is a map which shows the countries which use Fahrenheit in green and those which use Celsius in grey.
Celsius and Fahrenheit are systems of communicating temperature. The entire world has accepted Celsius as the standard, except for the US. That, by definition of being a system of communication, makes it superior to use.
Chosing to use Fahrenheit over Celsius would almost be as dumb as choosing to write the date in a completely different way to the rest of the world.
Oh wait...
Precision without going to the decimal points (the horror) is not a very good metric. you might as well say we need to measure everything in millimeters
I'm more comfortable with C since it's a small range and makes sense in context of water. Below 0 outside things will freeze, 20 is perfection, below 16 or above 25 is getting uncomfortable (for me personally). All the numbers between 16-25 don't change my clothing or comfort.
The irony of this whole situation is the comolete and utter lack of ability to understand using something as a scientific measurement (which is what that image is about) and using something as an environmental measurement for day-to-day use while whining about other people's ignorance.