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Joined 4 years ago
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Cake day: July 18th, 2020

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  • The joke is on you. There are places where it already is easier than driving. What do such places have in common? There are so many people that having everyone drive is literally impossible to accommodate. You wouldn’t drive in Manhattan, Tokyo, or Seoul. It literally makes absolutely no sense to. In these cities, public transit is faster and way more convenient.

    Smaller cities can replicate this effect by just… not outrageously favouring car infrastructure like they do today in North America. That doesn’t mean exclusively making driving worse, it means making public transit better at the same time with the freed up funding. And the freed up money is a lot, car infrastructure is super expensive. More routes with more stops at higher frequencies are made possible because of higher ridership, which increases convenience and makes it more likely you will get almost exactly from your origin to your destination.

    But the American brain cannot conceive of this. “Communist transportation” fucking lmao. What if we made cities more liveable for humans, not for cars? Nah we can’t do that that’s communism.


  • If you make driving easier than transit, more people will drive who previously took transit. The reverse is also true. One of these situations is more desirable for myriad reasons.

    As well, additional demand can be created by convenience. People will make trips they otherwise never would have if it’s easier to make them.











  • I honestly can’t say I need resolution finer than Celsius for air temperature. So many other factors have such bigger effects on the perceived temperature (humidity, UV index, if the sun is shining, wind speed, etc) that a granularity of 1°F doesn’t make sense to me.

    Pool temperature, on the other hand, yeah, 1°F or 0.5°C resolution is perceptible.


  • Xavienth@lemmygrad.mltoMemes@lemmy.mlWhy still using the imperial system?
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    3 months ago

    I don’t like the bridge example because the values were chosen (intentionally or not) conveniently for metric. Change it to every 4 feet or 1.3 metres and it’s no longer convenient in either system. There are better examples that demonstrate the superiority of metric.

    For example, pool cleaner says 1 unit per 10,000 gal or 40,000 L.

    21’ diameter, 3’ tall. So ~1000 ft³. Multiply by 1728/231 for gallons.

    7 m diameter, 1 m tall. So ~40 m³. Multiply by 1000 for litres.

    If you’re curious where 1728/231 comes from, there are 12³ (1728) in³ for a ft³. Then the gallon is defined as 231 in³