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So with Fiore's new Diameter, we need to recalculate Deus Sema, however there is an issue with Aiden's Calc that I see, that need to be fixed, for one he assumed that the Earthland Map, that only had Ishgar in it, was half the circumference of the planet, which IS likely, However, it is not viable for calculating this calc as it assumes too much. Thankfully we can redo the calc getting the right distance.

Planet Size

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First we need the full diameter of half the Planet

And thanks to our good friend Captain Torch (I'm calling you out Bro), we know the size of Fiore, and thanks to Iwandesu, we can find Diameter as well

Photo 1:

Distance between Magnolia and Hargeon = 50 px 370 km/50px = 7.4 km/px

Fiore Diameter = 562 px = 4,158.8 km
NAHIOV2


Photo 2:

Fiore Diameter 1 = 55.36px=4158.8 km (From my previous calculation)

Fiore Diameter 2 = 70.03px = 5260.851 km
AF4mwRL



Photo 3:

chord is 792.218
chord height equals to the 54 px
radius= (54/2) + 792.218^2/ (8 x 54)
Radius=1479.79944px
diameter=2959.59888 px

fiore is 376.575358 px (5260.851)
fairy tail earth diameter is 2959.59888(5260.851/376.575358) = 41,346.32921 Km

Meteor Speed

Planet Diameter = 41,346.32921 km = 38 px
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Panel Height = 519

Object Size*Panel Height/[Object Height*2tan(70/2 deg)]

41,346.32921*519/[38*2tan(70/2 deg)]

Distance = 403,240.312 Km

Timeframe = I will use the same 60 seconds, 30 seconds, and 10 seconds timeframe, that Aiden used, I also agree that the low-end of this equation is unrealistic, and makes no sense within the context of the story, but whatever. as well since when Meteors enter the atmosphere, they only have 70% of their original speed,so we need to account for that as well.

Low-End: (403,240.312 Km/60 s)7/10 = 4,704,470.307 m/s = 1.6% SoL - Sub-Relativistic

Mid-End: (403,240.312 Km/30 s)7/10 = 9,408,940.613 m/s = 3.1 % SoL - Sub-Relativistic

High-End: (403,240.312 Km/10 s)7/10 = 28,226,821.84 m/s = 9.4% SoL - Sub-Relativistic+ (ACCEPTED)

Mass of the Meteor

Erza = 11.3137 px = 1.75 mts
Meteor Size

Meteor Length = 182.439 px = 28.2196 mts

Meteor Width = 135 px = 20.882 mts

Volume = (4/3)*pi*a^2*b = (4/3)*pi*(20.882/2)^2*(28.2196/2) = 6443.082 m^3

Density of meteors = 3350 kg/m^3

Mass = 3350 kg/m^3*6443.082 m^3 = 21,584,324.7 kgs

Low-End: 21,584,324.7*0.5*(4,704,470.307^2) = 50.1 Gigatons (Island level+)

Mid-End: 21,584,324.7*0.5*(9,408,940.613^2) = 228.3 Gigatons (Large Island level)

High-End: 21,584,324.7*0.5*(28,226,821.84^2) = 2.1 Teratons (Small Country level) (ACCEPTED)

Erza's Speed

The Altitude of the Meteor

Meteor Width = 25.46 px = 20.882 mts
Erza flies up

Meteor Altitude = 456.83 px = 374.69 mts

Erza's Height = 180.755878 px = 1.75 mts

Distance Jumped = 177.125685 px = 1.65676465 mts

Erza Collides with Meteor

Erza height = 40 px = 1.75 mts

Dragon height = 735 px = 32.156 mts (This isn't the actual height of the
Height of dragon
dragon, just around the eye level)

Dragon height = 155 px = 32.156 mts

Collision altitude = 355 px = 73.65 mts

Speed of Erza

Distance Erza travelled upon collision = 73.65 - 1.65676465 mts = ~72 mts

Distance meteor travelled upon collision = 374.69 - 73.65 mts = 301.04 mts

Speed of meteor =

Low-End: 4,704,470.307 m/s

Mid-End: 9,408,940.613 m/s

High-End: 28,226,821.84 m/s

Timeframe of meteor = Distance/Velocity =

Low-End: (301.04 mts)/(4,704,470.307 m/s) = 63.99 microseconds

Mid-End: (301.04 mts)/(9,408,940.613 m/s) = 31.995 microseconds

High-End: (301.04 mts)/(28,226,821.84 m/s) = 10.665 microseconds

Speed of Erza = Distance/Time =

Low-End: (72 mts)/(63.99 microseconds) = 1,125,175.81 m/s or Mach 3,280.4 (Massively Hypersonic+)

Mid-End: (72 mts)/(31.995 microseconds) = 2,250,351.62 m/s or Mach 6,560.8 (Massively Hypersonic+)

High-End: (72 mts)/(10.665 microseconds) = 6,751,054.85 m/s or 2.3% SoL (Sub-Relativistic) (ACCEPTED)

Final Tally

Irene's Deus Sema2.1 Teratons (Small Country level)

Erza's Speed2.3% SoL (Sub-Relativistic)

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