Boredom took over…
The Finches Angel Numbers!
‘Cause why not?
Edie: 333 (April 8th 1917)
Sven: 333 (June 17th 1915)
Molly: 777 (December 11th 1937)
Barbara: 555 (October 31st 1944)
Sam & Calvin: 888 (April 25th 1950)
Walter: 666 (August 26th 1952)
Dawn: 999 (May 7th 1968?) [Non-Confirmed]
Gus: 666 (June 20th 1969)
Gregory: 999 (January 12th 1976)
Sanjay: 111 (September 6th 1966)
Lewis: 222 (December 27th 1988)
Milton: 999 (May 19th 1992)
Edith: 888 (February 14th 1999)
Christopher: 222 (January 18th 2017) [Assumingely]
A little strange that none of them has 4 as their angel number, but again, this is just the confirmed birthdays
Odin, Ingeborg, Johann, Rick, Kay, Sam’s second wife, Monroe’s mother and Monroe doesn’t have any confirmed or theorized birthdays
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◇ The way he says the first sentence is full of so much sadness. Like with all family things aren't as simple between Jing Yuan and Yanqing and I think this is just one of the many pieces of evidence that points to it.
No, I'm not saying they are totally at odds with each other or are really struggling to get along, but some parts aren't perfect. Jing Yuan has to try and strike the delicate balance of encouraging Yanqing's progression with his swordsmanship and the general growth and maturity of Yanqing as a person yet also try to not put too much pressure on the young Cloud Knight.
I don't think Jing Yuan is entirely to blame for the pressure per se. He does have high expectations of Yanqing but they aren't freakishly so. He knows Yanqing has a lot of natural talent and thus does expect good things from him. The general is trying to groom him to be a leader of the next generation of the Luofu after all. But he is aware of his role in these doubts Yanqing has and his fixation on winning which is why Jing Yuan feels he has failed his apprentice in several places. Perhaps he shouldn't have leaned into Yanqing's natural talents so much? Maybe prevented him from being part of the Cloud Knights/assisting with combat matters of the Luofu until Yanqing fully came of age? He can only be left to wonder if maybe he did things differently situations like the Heliobi situation wouldn't have ever happened.
And of course, some of the pressure is due to the Gifted Kid ™ syndrome. After all, so many people know Yanqing as an unmatched sword prodigy that the Arbiter General took on as an apprentice. If he goes on to lose then what kind of prodigy is he?
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I think the most insane thing about metal as a genre is that it's held up to be this counterculture of people who don't fit in, of going against the mainstream (as was the idea back in the day).
And then you go in and it's just edgy straight men who don't even know their outfit is heavily influenced by gay fetish wear.
It's gotten way better over the past 10 years and depends on the subgenre ofc - there's a lot of cool queer folks too, but man.
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solving imperfect sqaure roots?
Simple, but you'll probably need to repeat a few steps:
Let's say you want to find the square root of 10. You'll first find which two perfect squares are closest to it, so 3^2 = 9 and 4^2=16. Pick either 3 or 4 for the remainder of the steps; in this case we'll use 4.
Divide 10 by 4 to get 2.5
2. Now add your closest square (4) and the former solution (2.5) together and divide by 2. This will find the average. (4 + 2.5)/2 = 3.25
3. Check if this square is near absolute to your imperfect square root. 3.25^2 = 10.56
Since it's not quite close, we'll keep going by repeating steps 1-3 with the square roots we create.
1a. Divide 10 by 3.25 to get 3.0769
2a. Find the average of 3.25 and 3.0769 // (3.25 + 3.0769)/2 = 3.1634
3a. Check is this square is near absolute // 3.1634^2 = 10.0070
Pretty close! But we can go even more precise. If we were only going to the hundredth decimal place (10.00), we would call it at 3.16, but we can refine it one more time just for practice.
1b. Divide 10 by 3.1634 to get 3.1611
2b. Find the average of 3.1634 and 3.1611 // (3.1634 + 3.1611)/2 = 3.1622
3a. Check if the square is near absolute // 3.1622^2 = 9.9995
We're not going to get much closer to 10 than that, so we can safely say that the square root of 10 is 3.1622 (:
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In short:
Take your imperfect square (A) and divide it by it's closest perfect square (B) to find (C) // A/B = C
Find the average between your closest perfect square (B) and the former solution (C) to find the possible square root (D) // (B + C)/2 = D
Check if (D) squared is close to absolute (A). If yes, (D) is your imperfect square root. If not, repeat steps 1-3 by replacing (B) with (D), as that will be your newest closet square root. Do this as many times needed.
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tumblr leftists when they think they'd just be able to install their perfect lefty candidate and get them voted in in 3 months, when even the vaguestly left, status quo questioning democratic nominees have been shunned by the American people for the last.. checks notes pretty much since forever actually
Bonus points if they "haven't been following the election" or some variation thereof. Like bro you genuinely don't know what's happening, shut up.
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roundworld rincewind draws nuclear reactor schemes using a half-eaten crayon he found in a trashcan eight years ago (crayon was not eaten back then)
roundworld twoflower writes his cryptic calculations with a thick neon colored glittery multi pen (ink is also glittery and smells like fruit) that cost like 40 dollars in some random city that doesn't even have proper souvenirs so they sell multi pens for wild prices
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