Or 3
Or 3
I know it’s basically a physical impossibility but here hoping to another 89% in the next 10 years (compared to today)
I thought you were talking about the WF-1000XM3, which ARE earbuds (but I had to look up the difference, WF-1000 or WH-1000). Thanks Sony for naming things almost the same.
I recommend you also check out the Sony LinkBuds S. Cheaper than the 1000XM3 and usually a better fit for people as they are smaller and lighter while still offering ANC.
I think there were two issues with it.
They never really had a good UI indication of what elements are 3d touchable. This meant the average user never really used the feature too much and it was frustrating for some to try to find functionality that was “hidden” visually from the UI.
Also the phones with 3d touch had significantly worse battery life than in the following years. Apparently the pressure sensing hardware took up a lot of space in the phone. I’m sure they could have made them a bit thicker, but this is Apple we’re talking about.
Force touch still exists on the mac, and it has kinda the same UI issue going on. I’m personally not a huge fan of it though as even if you know you want to force touch something, you can’t really immediately do it. You first have to tap/click on the element and then apply more pressure, which makes the process a bit cumbersome.
It’s weird because podcast addict still does this on my android phone but apple music doesn’t…
Lots of good answers here.
Another option would be taking MRE-s (meal ready to eat) it’s pre-packaged food designed for soldiers to eat while not having access to a kitchen. It usually has a solution to heat the food and plenty of calories for a full day.
You can order them on the Internet from military surplus or other places and there is a bunch of flavours to choose from. They also have a long shelf life, don’t need refrigeration, and fit in a small space.
I wouldn’t even necessarily mind paying a subscription but having a monthly search limit just gives me anxiety.
The paradox holds in an infinitely dividable setting. Take the series of numbers where the next number equals the previous one divided by 2: {1, 1/2, 1/4, 1/8, 1/16…}. If you take the sum of this infinite series (there is always a larger factor of two to divide by) you are going to get a finite result (namely 2, in this instance). So for the real life example, while there is always another ‘half’ of the distance to be travelled, the time it takes to do so is also halved with every iteration.