Then again, if these are already areas of 'elevated seismic hazard', it's quite possible that inducing the plates to slip now will prevent an even larger quake in the future.
Geoengineering is a new science with great unknowns; we should not approach it without caution, nor should we assume anything we do is bad.
That does not make any sense. How could a 1.8 billion light-year supervoid be anyone's mother? Furthermore how could it be a mother of someone on Earth?
Rockets are capable of incredible acceleration, especially when they're low on fuel and deprived of their payload. Under those conditions, the F9 first stage could easily go from 50MPH (~22m/s) to 0 in the space of a few meters.
Also, you *want* to land fast, because for every second you spend in the air you lose another 10m/s of your limited delta-v (fuel), and the faster you're traveling the more aerodynamic control you have.
Well, they both combine PCIe x4 and other common interfaces over a single electrical connector... they differ from an engineering standpoint, but for practical use TB is as close to an external M.2 as you'll find.
I'm not saying you're wrong but that's probably the weakest possible argument for religious tax exemption: Minus the clever wording, Jesus in that scene is explicitly telling the Jewish religious leaders that they should pay taxes.
The argument that churches are a form of charitable/nonprofit organization makes the most sense, though religious organization are not currently held to the same standards of accountability as other nonprofits. The other common argument that taxing churches would begin a slippery slope to regulating them, violating the principle of separation of church and state, seems specious considering (a) slippery slope arguments are always questionable, and (b) churches have no problem taking all manner of public benefits. Still, the most likely argument seems that churches have been around a long time, have many voters and lawmakers among their vast membership, and thus get the laws they want.
Go up with Bethesda's current RPG. You'll be back before you finish it.
Seriously, though: cp library_of_congress/media/box_of_microsd_cards. Read books. Watch movies (and binge on TV seasons). Play games with your crewmates. Teach yourself something. Watch recordings from friends and family, record clips to send back. Invite tech companies to develop push versions of their services; they can't buy publicity like astronauts checking Facebook from Mars.
It's hardly isolation, and six months will go by before you know it.
I guess our biggest challenge is getting to Mars before our collective attention span has decreased to the point where we can't survive without minute-by-minute feedback from our social circle.
* Batteries have far lower energy density than gasoline (and even most explosives).
* Batteries have a maximum discharge rate, which means they can't release all their energy instantaneously under practical conditions. In other words, instead of detonating like a firecracker, they tend to just spray fire and sparks for a few minutes like a fountain.
* "Real" explosives are not hard to acquire or manufacture, and bags of fertilizer and cans of fuel oil cost far less than an equivalent mass of Li-Ion batteries.
Can't say I'm rooting for either party here, but I hate the idea of SEPs in general... If a method is literally the only permitted way to do a thing, should it be patentable?
I think the writer is saying on average people are more likely to build with plywood or drywall in their garage instead of less permissive materials like brick, concrete, or metal.
So, statistically speaking, a radar system is more effective against walls built in a garage than walls built outside of a garage.
As usual, the article may provide clarification, but I've found I can avoid the trouble of reading them by simply making wild assumptions.
True, but an Al-ion battery definitely has potential*, even if this team hasn't achieved it yet.
Al also has ~5x the physical density of Li at ~1/5th the price, so even if it doesn't outperform Li's energy density for a while it will still be better for many applications.
In a few years we'll have videophiles who buy 2048 DPI screens and $1000 woven silver DisplayPort cables and describe how their new baby produces such a visual canvas with airy colors and edgy lines that add presence to windows and make Chrome seem more forward.
Slashdot Mirror
I remember this, and it ends with me being called an ugly bag of mostly water.
No, my car has an air filter.
In a sufficiently strong crosswind, yes.
(Why do you think we have a grid road system, if not for tacking?)
Then again, if these are already areas of 'elevated seismic hazard', it's quite possible that inducing the plates to slip now will prevent an even larger quake in the future.
Geoengineering is a new science with great unknowns; we should not approach it without caution, nor should we assume anything we do is bad.
That does not make any sense. How could a 1.8 billion light-year supervoid be anyone's mother? Furthermore how could it be a mother of someone on Earth?
I am Groot.
$200 million bill
proveide homes to 224 low-income families
I'd like to see the low-income families that can buy $0.9M homes.
You'd be happy if Slashdot was owned by a EA subsidiary?
You may want to check the STL file for that sentence.
Fact of the day: "Satan" is the Hebrew word for "accuser".
...at least we're out of the frying pan!
Rockets are capable of incredible acceleration, especially when they're low on fuel and deprived of their payload. Under those conditions, the F9 first stage could easily go from 50MPH (~22m/s) to 0 in the space of a few meters.
Also, you *want* to land fast, because for every second you spend in the air you lose another 10m/s of your limited delta-v (fuel), and the faster you're traveling the more aerodynamic control you have.
Yes, I know all this from playing KSP.
Well, they both combine PCIe x4 and other common interfaces over a single electrical connector... they differ from an engineering standpoint, but for practical use TB is as close to an external M.2 as you'll find.
I'm don't think M.2 can handle ESD and hotplugging, but Thunderbolt is essentially the external version of M.2.
But what about low light performance?
I'm not saying you're wrong but that's probably the weakest possible argument for religious tax exemption: Minus the clever wording, Jesus in that scene is explicitly telling the Jewish religious leaders that they should pay taxes.
The argument that churches are a form of charitable/nonprofit organization makes the most sense, though religious organization are not currently held to the same standards of accountability as other nonprofits. The other common argument that taxing churches would begin a slippery slope to regulating them, violating the principle of separation of church and state, seems specious considering (a) slippery slope arguments are always questionable, and (b) churches have no problem taking all manner of public benefits. Still, the most likely argument seems that churches have been around a long time, have many voters and lawmakers among their vast membership, and thus get the laws they want.
Go up with Bethesda's current RPG. You'll be back before you finish it.
Seriously, though: cp library_of_congress /media/box_of_microsd_cards. Read books. Watch movies (and binge on TV seasons). Play games with your crewmates. Teach yourself something. Watch recordings from friends and family, record clips to send back. Invite tech companies to develop push versions of their services; they can't buy publicity like astronauts checking Facebook from Mars.
It's hardly isolation, and six months will go by before you know it.
I guess our biggest challenge is getting to Mars before our collective attention span has decreased to the point where we can't survive without minute-by-minute feedback from our social circle.
I thought it was administered dorsally these days.
Only when I'm writing CSS.
* Batteries have far lower energy density than gasoline (and even most explosives).
* Batteries have a maximum discharge rate, which means they can't release all their energy instantaneously under practical conditions. In other words, instead of detonating like a firecracker, they tend to just spray fire and sparks for a few minutes like a fountain.
* "Real" explosives are not hard to acquire or manufacture, and bags of fertilizer and cans of fuel oil cost far less than an equivalent mass of Li-Ion batteries.
Can't say I'm rooting for either party here, but I hate the idea of SEPs in general... If a method is literally the only permitted way to do a thing, should it be patentable?
For a second I thought they meant these deep links.
Somewhere, the NSA has a warehouse full of your genitalia.
I think the writer is saying on average people are more likely to build with plywood or drywall in their garage instead of less permissive materials like brick, concrete, or metal.
So, statistically speaking, a radar system is more effective against walls built in a garage than walls built outside of a garage.
As usual, the article may provide clarification, but I've found I can avoid the trouble of reading them by simply making wild assumptions.
True, but an Al-ion battery definitely has potential*, even if this team hasn't achieved it yet.
Al also has ~5x the physical density of Li at ~1/5th the price, so even if it doesn't outperform Li's energy density for a while it will still be better for many applications.
* groan
In a few years we'll have videophiles who buy 2048 DPI screens and $1000 woven silver DisplayPort cables and describe how their new baby produces such a visual canvas with airy colors and edgy lines that add presence to windows and make Chrome seem more forward.