I’ve been running a pair of cyberpower systems for over a decade. I had to replace the battery in each of them once, but they’ve been working great.
I assume newer ones use some sort of Li-Ion battery tech, but mine are just plain old Lead Acid.
I’ve been running a pair of cyberpower systems for over a decade. I had to replace the battery in each of them once, but they’ve been working great.
I assume newer ones use some sort of Li-Ion battery tech, but mine are just plain old Lead Acid.
Sucks, cause I enjoyed some stuff on prime, but I refuse to be advertised to.
I just haven’t watched anything on Amazon since this change.
That article in Signal is bogus. It is entirely based on speculation from how funding comes in, and also either ignores, or misunderstands how Signal fundamentally works.
The EFF recommends Signal, and it’s one of the most secure ways to communicate.
https://ssd.eff.org/module/how-to-use-signal
You can make your own decisions, but if you just grab any random arguments, you’ll find a reason to doubt everything.
There are quite a few anecdotal cases of people dying shortly after retirement, or shortly after a spouse dies. Death is complicated and sometimes people “hold on” for weird and unexplained reasons.
People in terminal condition have a habit of dying when loved ones are out of the room.
Does Jimmy Carter feel like this election is something major he needs to accomplish before he goes? Maybe. Or maybe he just keeps busy with all of his volunteer work and other philanthropy, which is keeping him around.
Maybe he’s just one of the lucky ones that happens to be healthy and sharp at 100 for reasons we don’t know.
This assumes you have relatively normal air temperature and pressure.
Things change quite a bit if you interpret space to mean “open vacuum of space”
Then you have to decide if you mean orbit exposed to solar radiation, or interstellar exposed to galactic radiation. Or just in null gravity with null radiation.
This question can have a lot of answers depending on context.
Depends entirely on what the job is.
Is the 42 year old a welder? Then 48 different jobs might mean they’re in super high demand and contract out to high paying, low time frame jobs.
Is the 42 year old a cop or a priest? Probably skips town a lot for… reasons…
Most any other job might just mean they’ve had an interesting life and like to try new things. Their broad experience might mean they’re great for what they’re currently doing.
This section implies their books are DRMd. I don’t know how ebooks.com works, but according to their about page, you still don’t own the content.
Interesting story. It sounds like it’s tough to be part of the indigenous population, and also tough to be a woman there.
Nice to see them persevering through all of that.
That looks exactly like how my dad sends email.
Yeah, it’s crazy you never see bonobos at the grocery store!
That’s what lethal injection is for. But they can’t get legitimate doctors to perform an execution, so they have to just wing it with hacks, which is why they often get fucked up.
At least a firing squad is full of people who know how to shoot.
2000 was a leap year. Source: I was there.
The math on the 400 thing is the other way around.
SagA* is as good as any other galactic center for intergalactic north too. There’s really no reason to pick a different one.
SagA*
It’s as good a place as any other.
There are major disadvantages as well.
You have a limited number of locations, which limits the rate of payloads. You can deploy them at the equator, so you’d have to transport things to the lifting pad beforehand, which would primarily need to be transported by sea.
We don’t have a way to power the lifter, you can use microwaves or lasers, but that generates a lot of heat, which would be difficult to dissipate at high altitudes.
We also don’t have a way to actually build one, but we do have a way to build reusable rockets (the details aren’t complete, but several companies are well on their way to building them.)
By the time we’d be able to build a real space elevator, we’d probably already have asteroid mining, and in space constructions and manufacturing. So we’re really only sending small, highly technical, or human payloads up, at which point a space elevator isn’t really needed.
On top of all that, a fully reusable rocket powered by fuel that can be synthetically created, would be just as environmentally sustainable (assuming any ozone or ionosphere issues don’t become an issue.)
I’m all for working on it if it becomes possible, but it’s likely a technology that would be obsolete by the time it’s possible.
trump’s staff stopped mentioning robinson for two days, and trump forgot all about him.
IF fully reusable spacecraft ever becomes reality, then a space elevator ON EARTH would probably never be needed.
On the moon, probably. On Mars, maybe. But Earth, a fully reusable rocket, combined with in space assembly just makes a lot more sense.
Especially long term when we actually start gathering raw materials in space. We’ll eventually only need to send people , and complex things like microprocessors into space, and the rest can just be made up there.
https://www.ibew.org/media-center/Articles/23Daily/2306/230620_IBEWandPaid