Beelzebub Tier's

[RinkakuKagune]

I personally believe that the Tiers of Beelzebub are completely wrong and (no disrespect to the author) just plain lazy. Tatsumi is still High Tier despite beating Fuji who is Top Tier, Toujou is Tier 9-B despite managed to fight on par with Jabberwock, and if we count the Kings Crest Boost he (Toujou) should be Tier High 7-C to Low Tier 7-B would be appropiate with scaling.

Tatsumi Speed Feats (EOS)

Even BEFORE using Super Saiyan Switch his fight with Fuji caused (possible) Sonic Booms.

He easily blitzes Fuji, even claiming he jumped too far

In mid air he launched himself at the Hypersonic+ Fuji (scaling from the Pillars) and attacked him before he even reacted.

Attack Potency Feats

Even BEFORE using Super Saiyan Switch his clash with Fuji engulfed an entire City Block, and Super Saiyan Switch is stated and shown to be a huge multiplier.

When absorbing the power of the King's Crest he managed to blow Fuji far across the planet and high into the atmosphere. Now granted I'm not a Calc genius but I do know that blowing someone across the planet is a Mountain Busting Feat (AT LEAST). I propose that Oga becomes either; Unknown (possibly Small Island), Unknown (At least Large Mountain), At least Large Mountain or Small Island level.

I also believe that with him blitzing Fuji who was clearly massively faster than that supersonic Pillar Member he become eith Hypersonic+ or High Hypersonic. His range should also be enlarged to Large Country level as well.

In Conclusion I Believe That From Scaling We Can Work Out The Accurate Tiers Of These Characters:

Tatsumi Oga: High 7-A/Low 6-C Upper High Hypersonic

Fuji: 7-A High Hypersonic

Shinobu Takamiya: High 7-C Hypersonic+

Hilda: (Low?) 7-C Hypersonic+

Hidetora Toujou: High 7-C Hypersonic+

Aoi Kunieda (When she has her page): (Low?) 7-C Hypersonic+

Hajime Kanzaki: High 8-B Hypersonic

Tatsuya Himekawa: High 8-B Hypersonic

Takayuki Furuchi (w/ Jabberwock): High '8-B Hypersonic'

Takayuki Furuchi (w/ Behemoth): 'High 7-C' Hypersonic+

 

[Celestial_Pegasus]

You will need those feats calc

 

[Antvasima]

Yes. It would be appreciated if you can find calculations to scale from, perform them yourself, or ask somebody to do so.

We have a request thread here, but it is uncertain if anybody will be interested:

https://vsbattles.com/vsbattles/781841

 

[RinkakuKagune]

Yes. It would be appreciated if you can find calculations to scale from, perform them yourself, or ask somebody to do so.
We have a request thread here, but it is uncertain if anybody will be interested:

https://vsbattles.com/vsbattles/781841

I'll Calc it myself first, but later if you find any major problems with it I'll ask someone more experienced to do it. I've never done any pixel calcs so I'll be comparing to the real world alot.

My presumptions are; Fuji was blown halfway across the planet (I will also calcute if he was only blown across the horizon), Fuji weighs the same as as a crossfit athlete and the speed that he was blown away at.

We know that Ishiyama is in Tokyo, which is in Honshu which is the temperate region. Because of this we also know that the height of clouds in the temperate region can reach up to 6000m.

The equation for Force is Mass x Acceleration, if Fuji (given his build) weighs the same as Richard Froning Jr (88 kg and 175cm) and is around the same height as Oga (179cm) then his heigh should be around 88kg given that they have the same build.

This means Force = 88kg x Acceleration. For acceleration I will assume that Fuji was blown across in 0.25 seconds so the acc would be 6000 m/s.

88 x 24000 = 2112000N. This his how much force is required to blow Fuji as high as he was.

Halfway Across The Planet.

The circumference of the planet is 40075000m, which divided by 2 is 20027500m. If we assume it was once again done in 0.25 seconds then it would be 80150000m/s.

88 x 80150000 = 7053200000N.

We have the two sides but we don't have the hypotenuse. Phythagoras Theorem will help us out here.

A) 24000 x 24000 = 576000000

B) 20027500 x 20027500 = 401100756000000

A + B = 401101332000000

Square Root of 401101332000000 = 20027514 x 4 (Remember it's done in 0.25 seconds)

88 x 80110056 = 7,049,684,928N

The Force is 7049684928. To Find the work done (as in convert it into joules) we need to do Force Times Distance.

This is 7049684928 x 80110056 = 564,750,654,000,000,000 Joules or 564.75 Petajoules, the amount of energy released in One Megaton of TNT is 4.2 Petajoules.

564.75 / 4.2 = 134.464286.

This means that at max the blast had energy equal to an 134 megaton bomb.

From the Horizon.

For an observer atop Mount Everest (8,848 metres (29,029 ft) in altitude), the horizon is at a distance of 336 kilometres.

(6000 / 8848) x 100 = 0.678119349 = 68%.

336 / 100 = 3.36 (1%)

3.36 x 68 = 228.48 x 4 = 913.92 x 1000 = 913920

88 x 913920 = 80424960 m/s

228480 x 228480 = 52203110400 + 576000000 = 52779110400

Square Root of 52779110400 = 229737.046 x 4 = 918948.184

88 x 918948.184 = 80867440.2N

Work Done = Force x Distance

80867440.2 x 80424960 = 65,037,606,400,000,000 Joules = 65 Petajoules

65 / 4.2 = 15.4761905

At minimum the blast had energy equal to a 15 Megaton Bomb.

According to OBD Wiki 6.3 megatons is the amount needed at the minimum to destroy a City.

The puts Oga Minimum: Tier High 7-B and Maximum: (Possible High) 7-A. This should be enough right?

Gah damn it took me like 5 hours to calculate this shit lol.

 

[RinkakuKagune]

Looks like I was wrong in my original assessments then.

 

[RinkakuKagune]

BUMP

 

[Antvasima]

You will need to post your calculation as a blog, and then ask here for an evaluation:

https://vsbattles.com/vsbattles/726893