1. img
    Come join the first ever Café Banner Contest!
    Deadline is September 17th at 11:59 PM EST.
    Dismiss Notice
  2. img
    Voting is live in the Contest Central Drawing Contest!
    Voting threads can be found here and here.
    Polls close Thursday, September the 19th at 10:05pm UTC.
    Dismiss Notice
  3. We're having technical difficulties with regards to support tickets.
    Please refrain from starting any new tickets for now. Thank you.
    Dismiss Notice
  4. Welcome to the forums! Take a second to look at our Beginner's Guide. It contains the information necessary for you to have an easier experience here.

    Thanks and have fun. -NF staff
    Dismiss Notice
  5. Dismiss Notice

Panty & Stocking with Garterbelt - Jitz in my pants

Published by TTGL in the blog TTGL's blog. Views: 615

First off an NSFW warning...

9:44
Spoiler:


Stocking goes up the Moons nose with divine boogers and the Moon "sneezes" her out with a mass off...what is clearly not snot.
Spoiler:
First off of note, we see the Moon in scale with the Earth a few times. So it should be comparable to the IRL Moon.

The initial sneeze may be a bit difficult to calc due to perspective (but I'll still try it) but the dribble that follows can easily be calced. The Moon has a diameter of 3474.8km.

297 pixels = 3474.8km
1 pixel = 3474.8km/297 = 11.6996633km (11699.6633m)
11699.6633m X 34 = 397788.552m
397788.552m/2 = 198894.276m
11699.6633m X 52 = 608382.492m
608382.492m/2 = 304191.246m
11699.6633m X 464 = 5428643.77m
5428643.77m - 608382.492m = 4820261.28m

Volume of the top part as a cone and the bottom part as half an ellipsoid.

V = πr^2h/3
= π X 198894.276^2 X 4820261.28/3
= 1.9968423e17m^3

V = 4/3πabc
= 4/3 X π X 198894.276 X 198894.276 X 304191.246
= 5.04057279e16/2
= 2.5202864e16m^3

V = 1.9968423e17 + 2.5202864e16
= 2.24887094e17m^3

I can't find what the density of...bodily fluids...are, so I'll just go with water, which weighs 1000kg/m^3.

M = 2.24887094e17 X 1000
= 2.24887094e20kg

Next up for the speed.
Spoiler:



18 frames.

T = 1s/25
= 40ms X 18
= 0.72s

T = 5428643.77m/0.72s
= 7539783.01m/s

Let's have our energy!

E = (0.5) X 2.24887094e20 X 7539783.01^2
= 6.39222762e33 joules
= 1.5277790678776288491 yottatons

Now to attempt the initial sneeze. it's hard due to the perspective, but I'll give it a try.

11699.6633m X 72 = 842375.758m
11699.6633m X 574 = 6715606.73m
11699.6633m X 119 = 1392259.93m
1392259.93m/2 = 696129.965m

We'll be using this arc calculator to help us.

The arc is 6993922.75089m long. Volume as a cone.

V = πr^2h/3
= π X 696129.965^2 X 6993922.75089/3
= 3.549197e18m^3

M = 3.549197e18 X 1000
= 3.549197e21kg

Almost done, we just need our timeframe.
Spoiler:



16 frames.

T = 40ms X 16
= 0.64s

T = 6993922.75089m/0.64s
= 10928004.3m/s

E = (0.5) X 3.549197e21 X 10928004.3^2
= 2.11924821e35 joules

As a final result, we can also add the above dribble to that.

E = 6.39222762e33 + 2.11924821e35
= 2.18317049e35 joules
= 52.179027007648180359 yottatons

Final Results
Stocking gets "sneezed" on (low end) = 1.528 yottatons
Stocking gets "sneezed" on (high end) = 52.179 yottatons


Not 100% sure about the high end due to the perspective, but the low end is fine. Stocking is hit by both and is at best annoyed.
  • Mokey Mokey
  • TTGL
  • Montanz
You need to be logged in to comment
Loading...