#Calculations

[puffycinnabunny]

Messy

[staticymaticyyourlifeisatravesty]

Age of which the Primarchs Died/Warp Fucked/Demon Prince'd

Horus: 222 years (died by the Emperor)

Leman Russ: 419 years (Fucked off into Warp knows where)

[REDACTED]

Ferrus Manus: 213 years (killed by Fulgrim)

Fulgrim: 11,207 years old (Slaanesh Daemon prince)

Vulkan: 11,207 years old (Or so, Perpetual, probs still alive)

Rogal Dorn: Either 1,197 (dead) or 11,207 (Alive)

Roboute Guilliman: 329 years old (died) Still around the same age or so considering he was revived.

Magnus the Red: 11,207 years old (Tzeentch Daemon Prince)

Sanguinius: 222 years old (Killed by Horus)

Lion El'Johnson: 11,207 years old (only one who didn't die, just kinda went into dormancy)

Perturabo: 11,207 years old (Human??? Or at least not mutated)

Mortarion: 11,207 years old (Nurgle Daemon Prince)

Lorgar: 11,207 years old (Chaos undivided)

Jaghatia Khan: 292 or 11,207, (Hunting Drukhari in the webway)

Konrad Curze: 223 years old (Assassinated)

Angron: 11,207 years old (Khorne Daemon Prince)

Corvus Corax: 11,207 years old (Hunting Logar and warp fucked)

[REDACTED]

Alpharius/Omegon: 11,207 years old (Chaos Undivided, or just traitor)

So some died pretty young by Astartes standards, pretty sure Vulkan's death is inaccurate and grossly exaggerated, and the rest makes sense. Unless you want to get into the weirdness that is the implications of the Black rage literally being the impure half of Sanguinius soul quite literally possessing his sons, and the Sanguinor being the pure parts. In Which case, technically dead; technically fucking up shit despite being dead.

Also here's where you can find the ages Where they were found

[minsungincorrectquotes]

Jisung: After going through all of my calculations, I have concluded that Minho hyung is not in love with me Minho, walking by: You're really bad at math then Jisung: *blushes*

[consult-sherlockholmes]

If they don't provide us with the actual results of the ball toy pit mystery I will set something on fire.

[gilearstimboards]

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Gunthrie "Gunnie" Miggles-Rashbax Stimboard

The ball is stratospheric at this point.

Credits: x x x | x x x | x x x

[joker00m]

I got bored So i decided to caculate how tall miss circle from fundamental paper education is

In this shot we can See her holding a piece of paper. Which i asumed is in letter format since its the most common one, which is 8.5 × 11 inches which luckly is similar sized to her head meanings that her head is 8'5 inches in height.

And using that we can caculate that in this shot miss circle is 12 heads tall which is 102 inches tall which is 8,5 feet tall

I don't know how she fits in any doorways (my calculations might be off and thats why lol)

[autisticsupervillain]

FTF Calculations: The Destruction of Prospit's Moon

Jack Noir cuts the chain of Prospit, causing its moon to crash down to the battlefield. Jade throws John out of the way of the impact, getting obliterated in the process, while John survives the explosion afterwards unharmed.

Impact

The moon has a total area of 21.9 billion cubic km. Gold weighs roughly 19320 kg per cubic meter. That's a total weight of 423108000000000000000000 kg.

It takes 6 seconds for the moon to travel the distance between the two shots shown above. The moon has a diameter of 3,475 km and 36 pixels. The distance traveled is 80 pixels or 7722222.222 meters. That's a speed of 1287037.037 m/s and a kinetic energy of 83 Yottatons (Large Planet Level)

Vaporization

Prospit's moon is completely vaporized on impact.

We'll need to multiply the mass by the specific heat capacity and the change in temperature. We already have the mass, specific heat capacity of gold is 130 j/kg, and, assuming room temperature, the change is roughly 3836°C due to the boiling point of gold. Finally, gold vaporizes at 1675127 j/kg.

Punching all of that into this calculator:

Gets us 193 Exatons (Moon Level)

Explosion

Prospit's diameter is still 3,575 km and 36 pixels. The explosion's diameter is roughly 293 pixels or 28282638.89 meters. Divide to get the radius, then punch the numbers into the formula R^3 x (1,655.6 x (( 2,750 + 273.15) - (16 + 273.15))) where R = the radius to get the results in tons of TNT.

The results are 102 Ninatons (Dwarf Star Level)

Jade Yeet

Jade chucks John from the middle of the crater out towards its edge just before impact. I'll assume John has the averages height and weight of 1.56 meters and 45 kg. The distance between the epicenter of the crater and just outside its edge is 52 pixels or 5019444.444 meters.

0,5 * TargetMass * ( ( ( ( 2 * Gravity * ( TargetHeight / 2 ) ) ^ 0,5 ) / TargetHeight * Distance ) ^ 2 )

858.8 Kilotons (Large Town Level)

Kinetic Energy Yeet

John flies 5019444.444 meters in 4 seconds.

45 kg traveling at 1003888.8888000001 m/s gets us 5.5 Kilotons (Small Town Level+)

Results

The Beta Kids should scale to the explosion. It took the combination of the impact, heat, and explosion to obliterate Jade's dreamself and she was the last player to get into the game and start working her way up the Echeladder. John, meanwhile, has been gaining levels for awhile and should be stronger than Jade at this point, plus he withstood the explosion by itself completely unharmed.

Also, both would scale to the yeeting, being both yeeter and yeetee respectively would require them to output and survive those levels of energy. Not that it particularly matters.... Town Level is gonna make a difference when the rest of the verse is planetary at a low end.

More consistency for Star Level Homestuck low tiers!

[shatcey]

so, how many excel spread that you have dedicated for ikeseries?👀

Hi, dear.

I borrowed:

a sheet with the Villains' events. I wrote about it here.

And created myself:

My calculations regarding the age of Villains' boys (the same link)

My calculations are about sets in Villains. I wrote about it here. I need to rethink the structure of the post, I got confused when I looked at it. That's not a good sign…

And some other calculations. Like, ratings.

I used to calculate how many hearts I could get with my resources. It worked for both Villains and Princes. Here (google sheet)

Oh, and I've made a table to keep track of how many routes I've read and in what order. But at some point I stopped…. Basically all the routes are already finished, so there's no point in tracking them. But sometimes I look through it because of Sengoku. To remember who's left. I honestly don't remember. I take long pauses between readings. Maybe with the new app, I'll be more motivated to read this game. I made an online version, but to be honest, there's nothing interesting there… Here

I very often look at the table made by @.reccyls with released dates in Ike games. This one.

There is also a table with Princes events… but I don't know if the author continues to fill it out. Here.

That's probably all…

Do you think that's a lot? Maybe I'm going a little overboard with this… but if I'm curious, it's very hard to stop.

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🔝 𝕊𝕋𝔸ℝ𝕋 ℙ𝔸𝔾𝔼 🔝

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[majingojira]

What if Godzilla was Human-Sized?

So, I figured I'd do some fun math and figure out how Dangerous Godzilla would be if he were the size of a person.

For this, we are going to use the Showa Godzilla v2 (1955-1975), appearing in the most Godzilla films of any individual Godzilla. Some would say he's the weakest of them just by breath weapon power and weight, but we'll see how we go here.

Godzilla is going to be shrunk from 50m to 2m. That means he's 1/25th his size and 1/15625th his weight. Showa Godzilla weighs 20,000 metric tons. So, 20,000/15625 is 1.28 metric tons. Imagine a 2m tall with a tail 4.2m tall. For those of you on the Imperial Units. That means he weighs 2,821.917 pounds (1.26 imperial tons), stands 6ft 6.7 inches tall, and has a tail length of 13ft 9 inches. He had enough power to pick up and throw King Ghidorah, which is 150% his own eight.

So, he'd be strong enough to lift and throw almost 2 tons.

Now we get to the hard part: The Breath Weapon. Godzilla's breath weapon is generally measured in degrees Celsius, with his original breath weapon being 100,000 degrees Celsius. Which doesn't really help us. So, assuming that, based on a little bit in Son of Godzilla, Godzilla's atomic breath can vaporize a 10m by 10m by 1m area of water with a blast of his breath, that means it has 2,260,000,000 joules or 2.26 Gigajoules.

That's .537765 tons of TNT. 1/25th of that is 0.021 Tons, or 21kg/46lbs.

So, Showa Godzilla's heat beam would hit with the power of about a 50-pound bomb! And while that does make a good explosion, since it's a direct energy weapon, the blast is worse because it's more concentrated, so instead of blowing up a car:

It would burn through a car.

Thankfully, this also applies to how much it would take to hurt Godzilla at that size (because Godzilla's own breath weapon matched Mecha-Godzilla's Space Beam, which took several hits to draw blood from Godzilla, though each blow did hurt him).

But he did heal from arterial ruptures in seconds. So, yeah, hurting Godzilla is going to be very, very hard.

Next comes speed, which is a bit wonky.

Because you can calculate speed based on the proportions of the body, Godzilla's movement speed doesn't really change much when you size him around given the proportions we have for him are... flattening.

I did some numbers based on his trackway(s) and his dimensions. He's generally walking at 4mph, which is the upper end of a human's walking speed. So, at a run, he's probably pulling 20mph or so.

And he's always been a better swimmer than any human thanks to that tail. He's considered to be faster in water than on land. So, between that and looking at various scenes of him swimming, I'd peg his water speed to about 25 knots, which is about half the speed of a motorboat.

He can "long jump" over 4 times his body length (so, at a smaller size, 8m (26ft) might be in order -- which approaches the world records of 8.9m), and his high jump might be in similar 'olympian' levels compared to humans (2.44/8ft). He has hit objects going at least over 110mph in combat, which is faster than any fastball ever thrown (going by on-screen speed and not spec speed).

The Guinness World record for 'fastest punch' is only 45mph.

In short, a Man-sized Godzilla would be absolutely terrifying! Very few other characters in horror could keep up with them!

[croquis-el]

At some point, I became curious about how many generations of the Naruhodo family separate the first (Ryunosuke) and last (Ryuichi) lawyers of this family. And whether Ryu Jr. could have seen his ancestor in person.

So I decided to do some calculations and share my thoughts with you.

Disclaimer: everything written below is subjective and is based on generally known information about the characters. The calculations are approximate and may be inaccurate.

The first thing you can calculate is how much time passed from the birth of Ryunosuke to the birth of Ryuichi.

Ryunosuke Naruhodo is 23 years old at the time of his appearance in the game.

The action begins in 1901, which means his year of birth is 1878 (Meiji 11)

Ryuichi Naruhodo turned 24 on August 3, 2016 (by long calculations and comparison of all dates, his birthday is somewhere between April and early August - if you want, I will write about this in detail later)

And so the year of his birth is most likely 1992 (Heisei 4)

Then simple math 1992-1878 = 114 years passed between the birth of our heroes

So, it is unlikely that our contemporary saw his ancestor (which is basically confirmed by Ryuichi's words in the Special Court in the TGAA DLC)

The next question is - how many generations separate them?

Now we need to calculate the approximate years of birth of parents, grandparents, etc.

I will rely on a well-known and accessible example of a parent in the game - Shin Mitsurugi (Gregory Edgeworth), because the age when people start a family can be very different from what we are used to.

I believe that the ages of Mitsurugi and Naruhodo's parents are not very different, since their children were born in the same year

In December 2000, Mitsurugi's father was "already 34" years old, and from the DL-6 case materials we learn that on December 28, 2001, he was 35 years old. This means that his year of birth is most likely 1966.

This means that Naruhodo's father's year of birth is approximately the same (Showa 41) (and he inherited his surname from his father, because Article 750 of the Civil Code still exists in Japan). And it has existed since 1896, just like this article.

And so little Ryu was born when his father was 26-27 years old

Now grandfather Naruhodo

It is logical to assume that his grandfather is a child born before the Second World War

Let's take this into account and take the age of 27-30 years, which means grandfather Naruhodo was born around 1936-1939 (Showa 11-14)

We got to the great-grandfather (this is not Ryunosuke, because he would have already been almost 60 years old)

Again we take the average age of 27-30 years and get the years of birth 1906-1909 (Meiji 39-42)

And here we finally get to Ryunosuke Naruhodo - the great ancestor

It turns out that he is Ryuichi's great-great-grandfather and they are separated by 4 generations of the famous family

___________________________________________

Everything that is said above is done out of curiosity and for fun, I do not claim that my calculations and assumptions are correct.

To prevent unnecessary questions I will add that I am not a supporter of the theory about moving to another country and changing the surname. (The situation in the world at the beginning of the 20th century was extremely difficult and unstable, add to this the strained relations between countries. Therefore - unlikely.).

[puffycinnabunny]

Solve for q :)

[tilbageidanmark]

From The Department of Education Files

[consult-sherlockholmes]

Calculations for that pool challenge thing or whatever its called. For everyone who is too stupid to understand instructions, here you have a visual explanation. Can't be any easier than that. Even with little diagrams.

Use the size of the pool to estimate the size of the paws. About 10 paws fit in the width of the pool, making the estimated length of the paws 3.2 inches. With that size one can calculate width and height of the paw in relation to the length we deduced. Now we need the volume, for that we use a rectangle as an estimation for the paw.

The pool is only half filled, so we calculate the volume of that. Counting the first layer of the pools visible contents, we get 93 paws. We calculate the area of the first layer of the pools contents, and calculating how many paws would cover the whole area, that makes 104 paws. We then use the number of paws we counted, 93, to estimate how much percent of the surface is filled with paws. It's approximately of 90% paws, which we then extrapolate to the whole pools contents. We calculate 90% of the pools volume, and divide it by the paws volume, to deteremine how many paws fit in there.

That gives us 235 paws. With the other available choices for total, crabs and horses, those are my final estimations: 759 total. 235 paws. 247 crabs. 277 horses.

@fandom this is the solution. I know I am right.

[de4dboy-fucker]

If I work for 48 hours straight with not a single break and staying on schedule to the dot, I can finish all my schoolwork for the rest of the year