dudeami0

They really wanted it to feel like a Bethesda title proper.

Most oil is not economically salvaged due to the low cost of extraction from wells. At best they'll try to burn it off, at worst they just won't give a shit.

Civil disobedience is the duty of everyone.

I think the point would to be make them like cigarette warning labels. At the moment the text can be hidden on a bottle or can in tiny text. It needs to be a big ugly white box with a black border and large text that gets people's attention.

From my understanding, you are pretty safe as long as you don't provoke them (walking through the middle of them might be considered provoking) or near their calves. This article from the UK states "Where recorded, 91% of HSE reported fatalities on the public were caused by cows with calves". Basically, mothers with a child are going to be very protective.

Cows are a domesticated creature, so they are generally docile, but I would exercise caution because if need be they will use their mass and strength against you. I've heard of stories of farmers running from cows and narrowly escaping under a fence. Most of these did involve a farmer trying to separate a calve from it's mother. I've also heard stories of cows jumping fences.

And as far as memes go:

Semi-cold? That's extra, you'll be lucky to afford it. The affordable water been sitting out on the pavement for a few weeks.

Is it price gouging if there is a heat advisory is my question, and how enforceable is that. For water it's just cruel, especially in places with little access to drinkable tap water.

This is what happens when you try to extract more and more value off the top of labor, without any added value other than line must go up. When suppressing wages is the only way to improve corporate profits, profits are capped and stockholders hate this. This is in theory suppose to encourage innovation to increase efficency (without just resorting to skeleton crews or pressuring labor for more output). Monopolies stop innovating due to market control and look at other methods of increasing profits with leverage rather than market competitiveness.

Yea this is just syntax, every language does it a little different, most popular languages seem to derive off of C in some capacity. Some do it more different than others, and some are unholy conglomerations of unrelated languages that somehow works. Instead of saying why is this different, just ask how does this work. It's made my life a lot simpler.

var test int is just int test in another language.

func (u User) hi () { ... } is just class User { void hi() { ... } } in another language (you can guess which language I'm referencing I bet).

map := map[string]int {} is just Map<String, Integer> map = new HashMap<>() in another (yes it's java).

Also RTFM, this is all explained, just different!

Edit: I also know this is a very reductive view of things and there are larger differences, I was mostly approaching this from a newer developers understanding of things and just "getting it to work".

Sadly it wasn't a bid to open source the AI, rather than a bid for payment.

This would only affect the 12V rail though no? It's not like they are beefing up the 5V rail that supplies your USB ports in excessive amounts. Picking a random PSU from pcpartpicker, the CORSAIR RM650e vs RM1200e (650W vs 1200W) both have a +5V@20A rail. There would be no need to have a larger 5V rail to support gaming cards.

Also correct me if I am wrong, most PSU's are more efficient at 20-50% utilization, not 100%. I'm basing this off the higher ratings for 80 Plus.

Your computer doesn't "waste" electricity, power usage is on-demand. A PSU generally has 3 "rails"; a 12V (this powers most of the devices), a 5V (for peripherals/USB) and 3.3V (iirc memory modules use this). Modern PSUs are called Switched-mode power supplies that use a Switching voltage regulator which is more efficient than traditional linear regulators.

The efficiency of the PSU/transformer would be what determines if one or the other is more wasteful. Most PSUs (I would argue any PSU of quality) will have a 80 Plus rating that defines how efficiently it can convert power. I am not familiar enough with modern wall chargers to know what their testing at.. I could see the low-end wall chargers using more wasteful designs, but a high quality rapid wall charger is probably close to if not on par with a PC PSU. Hopefully someone with more knowledge of these can weigh in on this.