Intro[]
Recalculates Meteor Fujitora but with a new distance
The Method[]
Using the same calculations as KT and use the same timeframe
Distance[]
because the rock that Fujitora drew was quite large from 14m - 100m and others. So it will be categorized as asteroid Fujitora is able to pull an asteroid from outer space but the exact location is unknown if Fujitora takes a rock from the asteroid belt it will be a massive High Ball then I will use the asteroid distance which is considered PHA because it is approaching Earth orbit (7.479.893,534 km)
Meteor 1[]
Dimension[]
Thousand Sunny Height: 56 m
Thousand Sunny Height: 117 px
Meteor Diameter: 222.3 px
Meteor Diameter: 106.4 m
Meteor Radius = 106.4/2 = 53.2
Meteor Volume = 630700.981 m^3
Kinetic Energy 1[]
Timeframe[]
https://www.watchframebyframe.com/watch/yt/jks-0yagKtY
First see meteor at 0500
Meteor hits target at 1811
So 1311 frames
1311/25 = 52.44 seconds
Speed[]
V = S/T
7.479.893.534/52.44 = 142637176.5 m/s
Kinetic Energy[]
Meteors have a density of 3700 kg/m^3
m = 630700.981 * 3700 = 2333593630
v = 142637176.5
Using Kinetic Energy Calculator = 2.3738906055105E+25 J (Multi-Continent level)
Meteor 2[]
Marine Battleship Lined Portion Size (For Meteor 2 Dimensions)[]
Thousand Sunny Height: 56 m
Thousand Sunny Height: 115.7 px
Marine Battleship Lined Portion: 120.8 px
Marine Battleship Lined Portion: 58.468452895419 m
Meteor 2 Dimensions[]
I'm calcing the meteor's diameter via the tail of the alabated meteor
And we know that it'd be thinner than the actual meteor, so it's just a lowball for now.
Chapter 717 is where the feat is, but you can check the colored version if you want to see how the meteor's alabated end looks.
Marine Battleship Lined Portion: 58.468452895419 m
Marine Battleship Lined Portion: 11 px
Meteor Tail Diameter: 110.5 px
Meteor Tail Diameter: 587.34218590398 m
Meteor Tail Radius: 587.34218590398/2 = 293.671092952 m
Volume = 106089452 m^3
Kinetic Energy 2[]
Timeframe[]
https://www.watchframebyframe.com/watch/yt/q3Of5jqVr4M
Gravity is finished being sent up at 0258
Meteor hits at 0474
0474 - 0258 = 216
216/25 = 8.64 seconds
Speed[]
V = S/T
7.479.893.534/8.64 = 865728418.3 m/s
Kinetic Energy[]
Meteors have a density of 3700 kg/m^3
M = 106089452 * 3700 = 392530972000
V = 865728418.3
Using Kinetic Energy Calculator = 1.4709817403246E+29 J (Moon)
Meteor 3[]
Dimensions[]
Trafalgar Law: 1.91 m
Trafalgar Law: 18 px
Meteor Diameter: 141 px
Meteor Diameter: 14.961666666667 m
Meteor Volume = 1753.63234 m^3
Meteor 3 Kinetic Energy[]
Timeframe[]
https://www.watchframebyframe.com/watch/yt/1mTgzFGPAdA
Sound of gravity stops at 190 and meteor gets close to the ground at Law's sword at 1278
1278-190 = 1088
1088/25 = 43.52 seconds
Speed[]
V = S/T
7.479.893.534/43.52 = 171872553.6 m/s
Kinetic Energy[]
Meteors have a density of 3700 kg/m^3
M = 1753.63234 * 3700 = 392530972000
V = 171872553.6
Using Kinetic Energy Calculator = 9.5834820452175E+22 J (Country level)
Result[]
Meteor 1 = 2.3738906055105E+25 J (Multi-Continent level)
Meteor 2 = 1.4709817403246E+29 J (Moon level)
Meteor 3 = 9.5834820452175E+22 J (Country level)
Thanks for KingTempest because I use your timeframe and pixelling