- 87,623
- Rule 12
- GTP_Famine
Now try seconds per day, metres (I'll let you use kilometres, megametres, gigametres or terametres if you wish) per Astronomical Unit or degrees per circle.Metric wins and here's why
Now try seconds per day, metres (I'll let you use kilometres, megametres, gigametres or terametres if you wish) per Astronomical Unit or degrees per circle.Metric wins and here's why
Now try seconds per day, metres (I'll let you use kilometres, megametres, gigametres or terametres if you wish) per Astronomical Unit or degrees per circle.
Metric wins and here's why:
Now try seconds per day, metres (I'll let you use kilometres, megametres, gigametres or terametres if you wish) per Astronomical Unit or degrees per circle.
O' really? I didn't want to edit that picture just because of that.Standard time isn't metric
It may be due to how they tend teach the imperial system from such a young age that you become accustomed to it after years of usage
Aren't seconds a day outside of the metric system and what do you mean with the AU per circle? We use the metric system exclusively in mathematics in school here. One AU has 149 597 870 700 metres, how is that easier with imperial?
Well, yes, of course it isn't, but when do you use that stuff as a normal person in your everyday life?He just meant that it's not base 10. Just like there are 360 degrees in a complete revolution, or circle.
That's why we use metres per second to measure speed on a scientific level.the second is the only SI unit for measuring time
I hate how they call it "Imperial". They make it sound like it's better than everything else.
Well, yes, of course it isn't, but when do you use that stuff as a normal person in your everyday life?
That's why we use metres per second to measure speed on a scientific level.
Indeed. I decided to learn it after high school, but it's hard to actually use it when it's rarely used at all or when people look at you as if you're speaking a foreign language.That is what I was brought up on and still use it today. Metrics are not that hard to use, it's just that pretty much everything here in the states is still using the Imperial scale.
That's why we use metres per second to measure speed on a scientific level.
How many seconds in a minute, 100?
I'm failing to see how say, yards per second would be different.
I never called it totally loony, the picture is also not too serious.I don't think that's the point. You can't call the imperial system totally loony when some of your own measurements are not completely equal and rational.
How many seconds in a minute, 100?
I'm failing to see how say, yards per second would be different.
but of course it doesn't really matter.
I never called it totally loony, the picture is also not too serious.
Time I use quite a bit.Well, yes, of course it isn't, but when do you use that stuff as a normal person in your everyday life?
Thus mixing a metric SI unit with a non-metric one...That's why we use metres per second to measure speed on a scientific level.
Remember, every time you say "It's Thursday", you're not using the metric system...
Australians use the metric system?
I hate how they call it "Imperial". They make it sound like it's better than everything else.
I also don't quite get what this has to do with the discussion here.The stuff with circles... well, just about everything in your home, office and car have been engineered using calculations involving circles. So quite a bit.
It makes no more sense. We already have a set of arbitrary multipliers for time - so what makes time so special we make an exception for it that kids then have to learn?@Famine:
That's why I said it makes more sense for distances and volumes.
The subdivision of circles are degrees (360), minutes (60) and seconds (60). You know where you are on the planet because of degrees, minutes and seconds - check yourself out on Google Earth some time. And we like to divide up circles by one of the most bizarre numbers of all - pi - in order to make lengths out of them. There's no metrication in sight with circles.I also don't quite get what this has to do with the discussion here.
A circle is calculated with the same formulas everywhere too.
A second is 9,192,631,770 oscillations of a Caesium-133 atom.
A metre is the distance light travels in 30.6633189[wholebunchonumbers] oscillations of a Caesium-133 atom.
A kilogram is the mass of 1.000025 litres of water at 4 degrees Celsius.
It makes no more sense. We already have a set of arbitrary multipliers for time - so what makes time so special we make an exception for it that kids then have to learn?
Someone asked earlier what exactly a foot is. The same question can easily be posed for SI units - what exactly is a second? What exactly is a metre? What exactly is a kilogram (odd exception - the SI base unit is named after thousands of a smaller unit)?
A second is 9,192,631,770 oscillations of a Caesium-133 atom.
A metre is the distance light travels in 30.6633189[wholebunchonumbers] oscillations of a Caesium-133 atom.
A kilogram is the mass of 1.000025 litres of water at 4 degrees Celsius.
None of these are particularly fundamental or sensible. They're all seemingly arbitrary numbers to base standards on. In that company, feet seem sane...The subdivision of circles are degrees (360), minutes (60) and seconds (60). You know where you are on the planet because of degrees, minutes and seconds - check yourself out on Google Earth some time. And we like to divide up circles by one of the most bizarre numbers of all - pi - in order to make lengths out of them. There's no metrication in sight with circles.
There's a rare beauty to Imperial systems that metric systems don't have - but have to preserve for circles and time because metrication cannot deal with them.
Personally I like to count everything in Planck units.
If there would be general unit for time measurement, which would be base 10, I would like to use it too, but there isn't. Time is special because it's measured the same everywhere in the world, there's no easier alternative, yet.It makes no more sense. We already have a set of arbitrary multipliers for time - so what makes time so special we make an exception for it that kids then have to learn?
The thing is, it's easier to explain what a kilogram is (1000 gram, kilo = 1000), a metre has 100 centimetres, a centimetre has 10 millimetres and so on. Let's say you are traveling to a town 13,6 km away and you want to know how many metres you have to travel (for whatever reason), it's much easier to calculate in your head than "how many yards are 8,45 miles".Someone asked earlier what exactly a foot is. The same question can easily be posed for SI units - what exactly is a second? What exactly is a metre? What exactly is a kilogram (odd exception - the SI base unit is named after thousands of a smaller unit)?
Again, it doesn't really matter, because there's no other way to calculate it.The subdivision of circles are degrees (360), minutes (60) and seconds (60).