Juudara’s travel speed

Feat: Basically, Madara flew from up in the air all the way to very near the moon (relatively speaking) http://imgur.com/a/pksMo

Using this scaling, I‘ll get Madara’s position assuming he’s in the middle of the meteor cluster.

https://en.wikipedia.org/wiki/Earth

Diameter of the Earth is listed at 12 742 km 12 742 000 m.

Diameter of Planet: 847 Pixels

12 742 000/975 = 15 043.6836 m per pixel

Madara’s Position: 33 Pixels

(33)(15 043.6836) = 496 441.5588 m

Using this scan, I’ll angsize the distance between Madara & the moon. First, I need Madara’s POV distance.

http://naruto.wikia.com/wiki/Madara_Uchiha

Madara’s height is stated to be 179 cm or 1.79 m tall.

Panel Height: 314 Pixels

Madara Height: 33 Pixels

2atan(tan(70/2) × (33/314) = 0.11318254 rad

5.70147064°

http://www.1728.org/angsize.htm

Using this calculator, I get a distance of 17.973 m.

Now, for the POV distance of the moon.

https://en.wikipedia.org/wiki/Moon

The moon’s diameter is listed at 3 474 km or 3 474 000 m.

Moon Size: 173 Pixels

2atan(tan(70/2) × (177/314) = 0.577390794 rad

29.9077602°

Using the calculator, I get a distance of 6 503 500 m. Using the distance between the earth and the moon, I’ll get the distance Madara traveled.

384 400 000 – 6 503 500 - 496 441.5588 = 377 400 058.4412 m

As for the time frame, low ball will be with the free fall calculator, assuming Madara simply dropped the meteor.

https://impact.ese.ic.ac.uk/ImpactEarth/ImpactEffects/

Mid ball will be 10 km/s as the meteors do not ablate.

Average Height of Meteors: 496 441.5588 m

h = (1/2)(g)(t^2)

h = height

g = 9.80665

t = time in seconds

496 441.5588 m = (1/2)(9.80665)(t^2)

992 883.1176 = (9.80665)(t^2)

101 245.9012608790973472 = t^2

318.1916109215940616691 = t

Mid Ball

496 441.5588/10 000 = 49.64415588 secs

[Final Results]

Low Ball

377 400 058.4412/318.1916109215940616691 = 1 186 077.97 m/s

Mach 3 457.95

Mid Ball

377 400 058.4412/49.64415588 = 7 602 104.45 m/s

2.54% SoL

Calc by: Lustful#6996