Nope, “y’all” is still not the problematic part

I’m spitballing, but my guess would be the water crystals damage the fibres, softening them

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Yep, the difference between .444… And .5 is only .0555…

Who notices 5 nintieths of something? That’s going to be within the error of sloppy measuring anyways

His social media investment absolutely paid off

The right wing has never supported veterans

“G’day cunts” goes over either extremely well or extremely poorly, with no in-between

Better than 50 gallon drums of napalm

So it’s more like RC Aces then

At that point aren’t they RC professionals?

I mean, depends what the factory makes

What do you mean backfires?

Closely followed by surprisedpikachu.jpg when nobody’s using it

While not exactly a bouncer, I like Quassel

For example Limonene can either smell like pine or oranges depending on what way the molecule is mirrored.

And would you look at that, pine is another extremely common cleaning scent

Make 'em require an online patch to be playable after first install.

Actually, I should shut the fuck up, they might actually hear me

Lol salmonella.

Naw, they’ll kick away what few safeguards there are, and then entire flocks will die of bird flu, driving prices even further up.

And then we’ll get mass human-human transmission

What wit, all I see is a time-traveller come to warn us

This whole process is regulated via neutrons(or maybe protons, not 100% on that). Put the rods of plutonium closer together, get more fission, more heat. I think they use graphene to regulate things too.

The gist of it is that the fuel rods are designed in such a way as to maintain about the right level of neutron emission, with further refinement using a neutron moderator* (which slows down neutrons and this increases the reaction rate, this is generally water or graphene) along with adjustable control rods, which can be inserted to slow down the reaction.

There are two kinds of decay leading to neutron emission: prompt neutrons are emitted immediately, while delayed neutrons take time to be emitted because of the decay path that the excited atom has to take. In order to maintain control of a reactor, the number of prompt neutrons must be lower than the level needed to reach criticality, with the additional delayed neutrons being enough to push it over the edge. The delay is what gives you time to control the reaction; if the reactor becomes prompt critical, then it begins to melt down.

*Not all reactor designs use neutron moderators, but fast reactor designs are generally military or research reactors, while moderated (‘thermal’) reactors are typical for civilian power generation. Here in Canada, we use the CANDU reactor design, which is moderated using heavy water

Naw, it’s about pretending to stop cheaters. It’s security theatre, same as the TSA