Credits to Gallavant and Ugarik[]
12,720 / 2.45 = 5191.84 Kilometer diameter
The appearance of a meteorite in the Toho-involved Pachinko project is identical to the Final Wars Millenium era version, and two attempts at scaling its size put it at a similar (higher) size, one when its approaching Earth and one when the atomic breath travels to hit it. So the Meteorite should just have the same dimensions of the Millenium version, considering the fact that the rest of the characters/objects are all Millenium versions as well and the Xillians even made an appearance.
Due to the extremely inconsistent velocity between appearances, meteorite's on-screen velocity in the Pachinko version will be used instead of any past figures. This will be calculated by subtracting two apparent distances based on meteorite's size:
Scan 1:
object degree size = 2*atan(Object_Size/(Panel_Height/tan(70/2)))
object degree size = 2*atan(136/(310/tan(70/2)))
Field of view Degree size: 34.15264054411 (Taking up 34 degrees of assumed 70 degree FOV)
Actual size: 5191.84 Kilometers
http://www.1728.org/angsize.htm
Distance: 8,450 Kilometers
Scan 2:
object degree size = 2*atan(Object_Size/(Panel_Height/tan(70/2)))
object degree size = 2*atan(360/(310/tan(70/2)))
Field of view Degree size: 78.232171994654
Distance: 3,192.4 Kilometers
8450 - 3192.4 = 5257.6 Kilometers travelled in 1.134 seconds = 4636.33 Kilometers per second
So
Meteorite velocity: 4636330 meters per second
Meteorite diameter: 5191.84 Kilometers
Meteorite mass: its density should be about 5515 kg/m^3 (since it's not a star)
7.3403226*10^19*5515 = 4.0481879*10^23 kg. That's a bit more massive than Mercury
Kinetic energy should be 0.5*(4.0481879*10^23)*4636330^2 = 4.3509025*10^36 J, that's (Large Planet level)
Part 2: Godzilla blows up the Meteorite[]
In the original calc, the first step of scaling the explosion's size was accidentally skipped: Scaling the size of the flash
504/235 = 2.14468 * 5191.84 = 11134.84 KM flash
200/65 = 3.077 * 11134.84 = 34261.9
The explosions size was 34,261.9 Kilometers across, excluding the horizontal shockwave
50.2 - 49.3 = 0.9 second timeframe
65 px = 11134.84 km
65/2 = 32.5
200/2 = 100
100 - 32.5 = 67.5
In 0.9 seconds Meteorite's mass was scattered 67.5 px
67.5/0.9 = 75 px per second = The mass of the object was sent in all directions at a velocity of 12847.89 km/s
RKE = (mc^2/√(1-(v^2/c^2))-mc^2 4.0481879e+23 kg*299792458^2/sqrt(1-(12847890^2/299792458^2))-4.0481879e+23*299792458^2 Energy of mass scattering explosion: That's 3.3457464*10^37 J (Large Planet level)
Part 3: Godzilla's atomic breath speed[]
This is assuming it pierced the star all at once on the likelihood that it happened when the screen stopped and the flash+sound effect was heard. The push-back speed should be lower than the atomic breath's actual speed.
400/290 = 1.37931034483 * 5191.84 = 7161.158 kilometers
Timeframe: 0.2 seconds
7161.158/0.2 = At least 35805.79 Kilometers per second (Atomic breath went off the screen)
TOTALS[]
Kinetic Energy: Should be 0.5*(4.0481879*10^23)*4636330^2 = 4.3509025E36 Joules or 1.03989065488 Ronnatons (Large Planet level)
Godzilla's Power: At least 3.3457464E37 Joules or 8 Ronnatons (Large Planet level)
Godzilla's Atomic Breath Speed (Piercing Through The Meteorite): Mach 104,390.06, 0.119C (Relativistic)
Godzilla stronger energy Attacks[]
The Blue Hyper Spiral Heat Ray is nnot the strongest attack Godzilla can produce in the Pachinko Trilogy.
Here are 3 stronger attacks of him.
Aura Blast This attack gobble up the biggest kaiju like King Ghidorah.
Nove Spiral Heat Ray This one basically destroyed the meteorite upon contact which means higher values.
Ultimate Spiral Heat Ray Godzilla can perform this attack under transformation into Ultimate Mode.
