“How to enter subspace” “How to bind subs”
“How to enter subspace” “How to bind subs”
Maybe you should gift them lactase enzymes…
That seems interesting, but it feels like it would be slower than thumb-key? How long have you been using it, and how high wpm do you have? For reference, I have used thumb-key for 6 months or so, and can achieve 40-45 wpm
Yeah you can’t really “infer” where a letter is, it just takes time to learn the loiations by heart. I think I have used this for 6 months or so, and I’m able to write 40wpm without looking at the keyboard. But damn was it slow in beginning
And for cli ncdu is great
But that’s not all that useful, since it’s not stable and will turn soon into quickersilver
It’s interesting to meet someone else who also struggles with an overuse of parentheses and ellipses (I didn’t know what they were called, thanks for that!).
This is a complete shot in the dark, but do you also happen to be on the spectrum? (I have nothing to base this on expect my theory that overclarification could be more common among neurodivergent people)
Edit: ellipsis -> ellipses
Here in Finland the standard seems to be 8-16, with 30 min lunch, for a total of 37,5h work per week
Are you trying to say that unwanted teen pregnancies are the answer to population decline?
When using feet and inches, its fine to use precision of 1 inch as it’s much smaller unit than 0.1 m.
If one says that they are 5’11" (180.34 cm), they can be 5’10.5" (179.07 cm) to 5’11.5" (181.61 cm) tall. That’s 1.4% variance.
If using meters with one decimal place, and say they are 1.8 m (5’10.9"), they can be 175 cm (5’8.9") to 185 cm (6’0.8") tall. That’s 5.6% variance.
Thus it’s not really viable to use only one decimal place when using metres as unit, so in many languages it’s easier to just say the length in centimeters compared to use two deeimal places.
For me even kagi didn’t provide a recent doc, but at least there is no garbage-sites (which I have blocked)
Yeah, the secret is to debloat it all the way to 7. Going under that is not advisable expect under doctors supervision.
The problem with pumping is low energy density, especiall when compared to deating water. Heating 1 kg of water by 1°C requires 4186 joules of energy. So to store the same energy by “lifting” water, it would require 4186 j / (1 kg * 9.81 m/s^2) = 426 m of height difference. This value seems unbelievable, but I have triple checked it. And that is only 1 degree of difference, 50 degrees difference would equal 27 km of height difference.
Also the chart is same for after lunch