For brevity, I’ll just say, flip to any page of the Kauma Sutra. They’re all great.

You mean protesters in uniform?

Continue reading.

Sodium Hydroxide, when exposed to Carbon Dioxide (already in the air), combines to become Sodium Carbinate.

NaOH + CO2 → Na2CO3 + H2O

Sodium Carbinate then reacts with water and more Carbon Dioxide to become Sodium Bicarbinate, which is baking soda.

Na2CO3 + CO2 + H2O → 2 NaHCO3

Not only does a Sodium Oxyde fuel cell produce electricity, it takes CO2 out of the atmosphere.

From a physics and chemistry point of view, it’s pretty cool. I’m curious how well it scales though.

Me too, but it has nothing to do with Facebook. Don’t kink shame me.

Depends which part of myself I’m talking to. If it’s just a general conversation, it’s “we.” If it’s more of a direct conversation to a part of my mind, it’s “you.” If I’m talking about myself to a third-party, such as this response, it’s “I.”

Ran into a couple small bugs on xbox.

When making a potion the game crashed. After repeating it multiple times, I figured out that it only happened when mixing a stolen and non stollen ingredient. I have not retested since the last update.

Prior to the update, I could not create an enchanted item with a static effect at frostcrag spire. For example, a ring with nighteye. I could create one with detect life because it was a magnitude selector. This bug went away after the update.

That’s a good sized heater. It could be filled with sediment and not working efficiently. If you haven’t emptied it recently, it might be worth it.

If it’s clean, you can try turning it up. It will make full-hot from your faucet hotter, so be careful of scalding yourself, but it will make the hot water last longer.

You could also get a slightly lower flow shower head. Using less water at a time will allow it to last longer and keep do better keeping up with the empty rate.

If none of that works or is something you want to try, you could always replace with a tankless and never run out. Though you’ll waste a bit more water each time you turn on the hot since it takes a few seconds to kick in, but you won’t run out.

I was excited for the new season and planned on rewarching seasons 1 and 2 before beginning 3. Last weekend, I started s1e1 and was in the middle of a dark, suspensful scene when it cut to a bright white ad with loud music. Talk about immursion breaking. I guess paying $130+ a year for Prime isn’t enough for Amazon.

I closed the app and now have zero desire to watch s3. It’s not worth paying even more to get rid of ads that shouldn’t be there to begin with. Amazon isn’t making more money with the ads, they are making one less person watch the show.

“The government” is multiple agencies and departments. There is no single computer system, database, mainframe, or file store that the entire US goverment uses. There is no standard programming language used. There is no standard server configuration. Each agency is different. Each software project is different.

When someone says the government doesn’t use sql, they don’t know what they are talking about. It could be refering to the fact that many government systems are ancient mainframe applications that store everything in vsam. But it is patently false that the government doesn’t use sql. I’ve been on a number of government contracts over the years, spanning multiple agencies. MsSQL was used in all but one.

Furthermore, some people share SSNs, they are not unique. It’s a common misconception that they are, but anyone working on a government software learns this pretty quickly. The fact that it seems to be a big shock goes to show that he doesn’t know what he is doing and neither do the people reporting to him.

Not only is he failing to understand the technology, he is failing to understand the underlying data he is looking at.

My guess is that the label is wrong. My water bill has the same chart with about double the usage as yours, but same ranges. On mine, the label is “gal (in hundreds)”. I’m betting that some developer just didn’t put the full label on the screen.

Best audio book I’ve listened to… Dungeon Crawler Carl. Great story. Amazing audio book production.

If that were the case, how did you know to post about it?

Thanks Sata . . . What the fuck is wrong with you? Who hurt you? You will live rent free in my head for a long time. Just so you know, I hate you for that. You magnificent bastard, you. Bravo. Bra fucking vo. 👏👏

The silver things are runners with ball bearings that drawer slides on. The slides that attach to the drawer will snap into these silver runners.

Usually, you just need to align the slides on the drawer with the runners and push. They should snap in. The runners tend to slide around while connecting them. If they slide to the back, it’s ok, they will still connect once you get them lined up and push the drawer into them. If you can reach from underneath, you can hold the runner in place while attaching the drawer. Do one side at a time.

If you’re struggling to get it to connect, I recommend removing the slide from the side of the drawer and seeing if you can get a single slide to attach to the runner. It will click when it attaches. By doing just one, you might have an easier time seeing how it connects.

Once you figure it out, you’ll need to disconnect it. There should be a little plastic lever that you hold down (or up, depending on the side) while you pull out the slide. Put it back on the drawer and see if you can connect it once it’s back on the drawer.

They are a little complicated, but once you see how it goes together, it should make sense. If what I said is still confusing or if you are still struggling, reply and I’ll see if I can get some pictures to explain it better.

• Edit: A common mistake I’ve seen is putting the slides on the drawer backwards. The part attached to the drawer should have the flat part against the drawer. The drawer should look like this ]|_______|[

Over a lifetime, 7% to 8% is a good return. If you are safely building a portfolio, and looking at year over year, then anything between 8% and 12% is pretty good. If you are closer to retirement or just more risk averse, then around 5% to 7%. Really, anything above inflation means you are making money.

Everyone is going to have different definitions of “good.” It all depends on your goals, risk aversion, and stage of life. Your best bet is to find a financial advisor who can tailor a plan to your needs.

AC as refrigerant, not coolant. Although that might be semantics.

AC is a type of heat pump. You are moving heat from inside to outside. The physics behind a heat pump, is fairly simple. There are three principles to work with.

1. Take a gas, compress it, and it gets super hot.
2. Take a compressed gas, let it rapidly expand, and it gets super cold
3. Different temperature gases move from hot to cold

Let’s focus on AC since most folks are used to that concept. In an AC, you have a closed loop of refrigerant. Outside, there is a compressor that compresses the gas, which makes it very hot. The gas is pushed through a radiator with a fan pulling air through it. Since hot moves to cold, the heat trapped in the gas moves to the outside air, and the gas is slightly cooled. (As long as the gas is hotter than outside).

Inside, there is an expansion valve that lets the gas rapdly expand, making it super cold. It is pumped through a radiator that has inside air blowing over it with a fan. Since hot moves to cold, the heat in the inside air moves to the cold gas, cooling the inside air. (As long as the gas is cooler than the inside temperature). It is then pumped outside to start the loop again.

So, inside gets cooler while the heat is moved outside. The physics also establishes the limits of the heat exchange. You will only grab heat from inside if the expansion makes the gas colder than the air inside. Typically it expands to around 0 degrees. Likewise, it will dump the heat outside if the gas is hotter than outside air. The compressor typically makes it 130 to 140 degrees (temps vary depending on many factors).

To use a heat pump for heating rather than cooling, reverse the process. Pick up the heat from outside and dump it inside. This will work as long as outside is warmer than the expanded gas (0 degrees or so). Although you can get some that go to around -20.