How close are these surrounding towns? What’s the population, particularly for the demographics you would appeal to?
Often, it’s not worthwhile to bring your favorite culture to your home. Just go to the culture where it already exists. Often, these quiet, boring places are populated by people that WANT to live in a place that’s quiet and boring. It doesn’t make much sense for anyone to move there if they don’t.
If the locals - as a whole, not just some prominent extremists - dislike Starbucks being there, then the location will fail.
Even at stores that have this feature, I rarely see people use it. It’s clearly not an experience that people flock to.
OTOH, on the rare occasion I’ve visited a Walmart in the past 10 years, I have a 100% rate of checkout taking an absurdly long time. Everyone there just seems to accept it like they have no choice.
As long as it’s advertised openly, I don’t see a big problem with it. It would probably be sold as a discount for shopping at slower times, though. It’s a tried-and-true method of smoothing congestion.
Assuming a store with 9a-9p hours (every day), a 9-5 worker can shop 44 hours in a week, vs 40 they cannot. But that doesn’t particularly line up with the busy hours. Around here, after 7 on weekdays and 5 on weekends tend to get pretty slow.
To extend this, consider your own safety throughout. Unless the police arrest them and they remain in custody, you have a potential serious threat. Avoid situations where you/others could be vulnerable, such as alone or at night. You may want to setup visible surveillance cameras, alter your routines, etc.
The police will be there after anything happens, but that may be too late for you.
“Hackers” (rather, malicious actors) rarely look to take down IT resources as their goal. Instead, they want to access it for their own purposes. The closest example would be ransomware, where it gets taken down as part of the threat/punishment. But if the victim pays, their resources must be restored.
Plus, I would be surprised if Crowd Strike doesn’t have any protections on its own files. I also expect there will be additional verification checks (hash/etc) on their updates going forward.
From the article:
“…nearly $1.1 billion in grants to convert existing plants to build electric vehicles and components…”
“…grants to help fund the conversion of 11 “at risk” plants in eight states to enable the production of 1 million EVs annually, help retain 15,000 existing jobs, and create 3,000 new positions…”
These are grants to upgrade specific factories in the US.
Most people are on multiple platforms. Find them now, while you still can. Save whatever contact info you can for them. You don’t know when you’ll need it, nor why.
Oh I agree about that part. I even agree in the schadenfreude about his (direct) suffering, and he absolutely deserves it (and more).
Please be better than this. It’s the mirrored version of ‘owning the libs’, and it hurts us all in the end.
That said, I am very pleased that justice has been served. We need to hold more politicians accountable, both at the polls and in the courts.
You have to keep in mind the scenarios where it will be used. While truly fast charging does exist today (20 minutes or so for 80% charge), that is not widespread, nor is that the way it’s typically done. Level 3 (DC fast charging) is expensive (moreso than gas), potentially detrimental to the battery, and still usually not very fast (an hour at least). As such, you aren’t going to charge at your local gas station the same way you get a fill up today.
Most people use a level 2 charger, either at home or at work. This means it can sit for 8 hours to refuel. Many parking garages have this as well. Level 2 chargers deliver AC directly to the vehicle, meaning you don’t need a lot of infrastructure- just a 240v line and a billing system. This in turn means it’s cheap and relatively easy to install. Sometimes you’ll see these outside of Starbucks or a grocery store, but not especially often. You’ll get ~25 miles of range per hour charging using level 2. But even if you spend 2 hours drinking coffee, or buying groceries, you’ve only added 50 miles of range.
This is where level 3 comes in. It requires some pretty significant equipment (which is part of why they’re always broken), because it has to convert AC into high voltage DC. It also has to chill the cables internally, otherwise they’d quickly overheat from the electricity passing through. But this takes up space that’s probably not really available in the lot.
I am seeing fast chargers now being installed at travel centers/truck stops along major highways. It fits in nicely with regular stops on a road trip for food. I’m also seeing them being installed at most Walmarts, since that’s perfect for grocery shopping.
Around here, that last group has been from Electrify America, which does NOT require an app. They have a standard credit card reader.
In the US, completely unpaid internships are rare. Most are paid, but fairly poorly. There are a few major reasons for this:
You have to meet a lot of requirements for unpaid to be legal, and it all has to be documented.
Internships are a “farm” program- many interns are offered and accept a full time position afterwards. If they were unpaid, they are unlikely to accept.
Minimum wage is an absolute joke everywhere in the country. Why bother fighting it when you can pay as little as $7.25/hour? Even doubling or tripling that makes it appealing to poor college students and the farm program, and won’t cost much.
(Your example would be illegal in the US, and possibly even enforced)
My point was, where do you draw the line? Any answer is equally arbitrary. MS drew it at 8th Gen Intel Core. Would 6th Gen have been the right answer? 3rd? Core 2 Duo? All of them can run Win 10 just fine, and can (at least technically, and for today) run Win11.
I’m only addressing that last line, but really think it through. Should you really expect, or even want, an OS that runs on a 386? It wasn’t that long ago that most Linux distros could. But they all moved away from it because that limited performance on anything more modern.
The newer instruction sets are created for a reason, and that reason is typically higher performance. If the OS (or any code, really) can use them, it will work better. But if you can’t or don’t, the code will be more compatible.
There also isn’t “any” computer; it’s simply not a thing. The question becomes how old (more technically, what minimum specs) do you want to support, and performance you want to be limited by?
While I agree that Microsoft has leaned too heavily into newer hardware as an expectation, there’s definitely a line to be drawn.
You can run 10gbps over wire coat hangers, if the connection is short enough and external factors are small enough. The longer it is and the more interference, the less likely that becomes.
It looks like generally speaking, 37-55 meters (120-180 feet) is the common limit where this becomes infeasible. Will it work beyond that? Maybe. Or maybe it’ll work some of the time. Or it’ll always say 10G, but you get a lot of lost packets.
If you’re wiring new, go Cat6a. Better yet, run conduit. That way you can easily run cat6a now, and later replace it with cat8 or fiber or whatever becomes the standard.
There are a few different types of humidifiers out there. Here are the 3 main types:
Vaporizers. These literally just heat the water until it boils, and the steam evaporates into the air. They use a lot of electricity, which also creates a lot of heat (note: exactly the same amount of you have an electric resistor furnace). They can be a safety risk (because boiling water), and require frequent cleaning/descaling if you have hard water. IMHO, these also make the air feel more humid.
Evaporators. These are basically just a fan over a wet towel. Very cheap, very low energy. Often less effective. As they are effectively standing water, you have to be careful to keep them clean or the nasties will grow quickly. This is also the type that “whole home” humidifiers typically are.
Ultrasonic. These are very popular these days, and may randomly be sold as cool mist, warm mist (if they have a small heating element). Low energy options that vibrate the water into a fine mist, which then evaporates. But they will also vibrate everything else in your water into the air. These deposits, like calcium or limestone, can affect your breathing. They will also leave dust all over everything you own. Recommend using distilled water for these.
Thank you for the meaningful response. While I have several issues with the information in that page (among others, 75% RH is very hard to reach in cold weather), I do see a path to how it could feel colder.
I try to keep my home around 40-45% RH in the winter, and find that it feels significantly warmer than when it’s at 25%. It also greatly reduces the static shocks, as well as keeps my skin from drying and chapping.
Do you have anything to support that last statement? A quick Google search returns countless hits saying that humid air feels warm. Examples:
https://teamhardingcomfort.com/2022/10/05/does-running-a-humidifier-make-your-house-feel-warmer/
https://airsmartly.com/does-a-cool-mist-humidifier-make-the-room-cold/
The only real exception I could find is swamp coolers, where it gets your skin slightly moist and evaporation cools you.
You probably need to get a humidifier. Low humidity is very common in the winter, and creates (or at least encourages) static buildup. Added bonus is that it will make your place feel warmer at the same time.
You may also want to invest in better insulation. Even if you just rent, there are a variety of cheap and temporary options that can save you a bundle on heating and cooling.
Shrinkflation is smaller quantities and/or higher prices. This is actually tracked in a variety of places.
Changing to a cheaper recipe/supplier is very hard to put metrics on, and isn’t tracked anywhere that I know of