807 karma · joined July 21, 2014
> (deliberate, not a port artifact)
Smells like AI
Don't be silly. Iran has a nuclear weapons program. Were they actively racing to a bomb? No. (That's what the CIA was saying). Did they enrich uranium to near-weapons grade so they _could_ race to a bomb, in a matter of weeks, if they decided to do so? Absolutely.
https://www.reuters.com/world/middle-east/iran-stored-highly...
If you want true reliability, you need redundant physical locations, power, networking. That’s extremely easy to achieve on cloud providers.
I can tell you (I live here) -- there are none. SF is one of the most beautiful cities on Earth, and I'm trying my hardest to visit as many cities on earth as possible.
That isn't true unless you're looking to rent a luxury apartment in a big city.
I take that to mean that systems can’t even boot. Right?
Can this be fixed over the air?
Your story is not uncommon. The general wisdom on DWIs is that yes it does hurt your chances of getting into airlines, but if it was (1) minor/borderline, (2) a long time ago, and (3) you have shown a pattern of recovery, it is not a career ender.
Yes, I'm a Private Pilot. I've done them dozens of time. Still feels weird to be flying sideways and cross controlled.
This is correct, but I want to note that every Private Pilot (in the US at least) learns this maneuver, and it is required to be demonstrated to an examiner on the Private Pilot practical checkride.
One way to aggressively descend would involve just pointing the nose down, but this has the effect of increasing speed (trading altitude for airspeed). You need a way to descend more quickly without increasing speed. Generally, this is done by adding more flaps (increasing drag), but in the case of the Gimli Glider, their hydraulic systems were down, so they could not add more flaps.
A forward slip is a maneuver in which you roll the aircraft such that the top of the wing and side of the fuselage are exposed to the oncoming air (relative wind), and you use the rudder in the opposite direction to keep the aircraft flying straight (with respect to the ground track). When properly executed, the rudder and aileron cancel each other out so you keep flying straight across the ground, but the nose of your airplane is not aligned with the direction of travel, and the top and side of your airplane is exposed to the oncoming wind, significantly increasing drag, and thus descent rate.