But you don’t call it “point four five caliber” you call it “forty five caliber”. Similar is 7.62 mm AKA “thirty caliber”. It’s reasonable that someone wouldn’t know that it’s literally just hundredths of inches.
Shotgun gauge is wonky, so it’s not a given that the number would just be a diameter in units they are familiar with. “Grains” are also a meaningless unit to most people.
It’s such an easy thing to predict happening, too. If you did it perfectly, it would, at best, maintain an unstable equilibrium and just keep the same output quality.
Total War: Empire. I’ve previously played Rome 1/2, Medieval 1/2, and Atilla. For anyone who’s played other total war games, there are a couple of game mechanics that are new in Empire.
There are actual naval battles, where you put ships into a battle line, and you can board enemy ships. It’s cool but hard (for me) to control. Also many of the buildings in a territory aren’t located in the capital because it’s meant to represent colonial holdings, so you can have a sugar plantation or something outside the protection of a city, and a lot of the warfare ends up being small skirmishes sacking outlying buildings.
The new campaign missions seem a lot longer than what I remembered of the original campaigns. I like that they tutorials now give you some strategy, too.
All concussions are traumatic brain injuries, not all traumatic brain injuries are concussions.
pH doesn’t necessarily tell the right story if you are concerned about acidity for your teeth, GI tract, or taste. Something like distilled water will turn acidic with a pH of 5.8 due to co2 absorption. There’s barely any “acid” there, though, it just doesn’t have any buffering capability compared to water with some dissolved solids in it (like tap water). What really matters is what they call “titratable acidity”.
https://link.springer.com/chapter/10.1007/978-3-319-45776-5_22