In the episode “Komputer Overload,” it is stated and shown that Plankton is 2 inches tall
Then in this here tweet we have Nickelodeon itself confirming this
According to scaling, that means Spongebob's 8.09677419355 inches tall. That’s 20.6 cm.
THE REST OF THIS BLOG, SCALING VALUES AND IMAGES INCLUDED, IS TAKEN FROM ARBITRARYNUMBERS’S OLD BIKINI BOTTOM DESTRUCTION CALC.
PLEASE REFER TO THAT CALC IF YOU FIND YOURSELF WONDERING WHERE ANY OF THIS COMES FROM
Spongebob's height: 145 pixels tall. Door height: 288 pixels tall The door is only 2 pixels off from being twice Spongebob's height, so I'll just say it's 41.2 centimeters.
The building is only one pixel off from being three times taller …
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Baymax does this
So I'll calc it.
Go Go is 5'4 or 1.6256 meters tall.
(36/231)*1.6256 = 0.25334025974
The eye on the suit is 0.25334025974 meters tall
(82/35)*0.25334025974 = 0.5935400371
This stone vase thing is 0.5935400371 meters tall
(24/115)*0.5935400371 = 0.12386922513 meters
This short part of the wall is 0.12386922513 meters. Reason I'm measuring this part only is because the whole wall isn't visible in the next scan
(79/31)*0.12386922513 = 0.315666735 meters
(848/31)*0.12386922513 = 3.38842267452 meters
3.38842267452/2 = 1.69421133726 meters
Using the formula for volume of a cylinder, that gives me 2.85 m^3 or 2850000 cm^3 of broken wall.
2850000*8 = 22800000 joules
As for the statue, let's say it's the size of an average human. That'd give it …
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This feat has served as Gaston's 9-B justification for a while, but is it really 9-B?
That's what I'll find out, I hope.
Gaston's a beefcake; I think it's fair to assume he's 6'0 (1.8288 meters) tall at least. Plus you have to be this tall to play him at Disneyland.
234+173 = 407 px
(387/407)*1.8288 = 1.73893267813 meters
(165/595)*1.73893267813 = 0.48222502838
(259/595)*1.73893267813 = 0.75694716577
If I throw these values into Google's calculator for volume of an ellipsoid, it gives me 0.74 m^3 or 740000 cm^3
740000*8 = 5920000 joules or Wall level
So Gaston can indeed remain at Wall level.Read more >
Naraku's iron flail drops and makes a crater
I'll be calcing it.
Naraku is 4'11 (1.4986 meters)
This crater stretches off of the screen, but I'll keep to calcing what we can see.
(1920/179)*1.4986 = 16.0743687151
16.0743687151/2 = 8.03718435754 meters for the radius
(105/179)*1.4986 = 0.8790670391 meters for the height
Volume of this cylinder is 178.39 m^3 or 178390000 cm^3
Fragmentation is 8 j/cc
178390000*8 = 1427120000 joules or 0.3410898661568 tons of TNT or Building level
This is a neat supporting feat for when SK gets hit by ice revisions.Read more >
This is a common enough feat, see Avengers, Kung Fu Panda 2, RWBY, etc that it might be worth a calc.
So here we go.
My plan for this calc is to assume the average arrow catching feat involves the character starting with their hand and arm at resting position by their leg and catching the arrow at a distance equal to the length of the arrow away from their head.
I'll do a calc for a compound bow and one for a crossbow.
Average arm length of someone 177 cm tall is 73 cm
If I use that as the radius of the half circle created by swinging one's hand from their leg to their head, that gives the hypothetical circle a circumference of 4.59 meters
Half of which is 2.295 meters
Compound arrows travel at 340 fps (103.632 m/s) and are 76 cm long
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