Toriko: Low 7-B...

[ManlySpirit]

Shouldn't Toriko be above Low 7-B, because of his 36 Ren Twin Kugi punch clocked in a 390.75 megatons:[1] . I don't think that counts as a combination attack when he uses it as one attack.

 

[Reppuzan]

I'm afraid that I'm not mathematically inclined and you'll probably have to ask a Calc Team member to check the validity of this calculation.

This same feat was calced to a much lower result, making things extra complicated.

 

[ManlySpirit]

I'm afraid that I'm not mathematically inclined and you'll probably have to ask a Calc Team member to check the validity of this calculation.
This same feat was calced to a much lower result, making things extra complicated.

That wasn't the same feat. It was two different attacks but I'll ask the calc team

 

[Verivici]

Did either calculation take into account air resistance?

 

[ManlySpirit]

Did either calculation take into account air resistance?

I don't think so

 

[Verivici]

Then they are both incorrect, AFAIK

 

[ManlySpirit]

Then they are both incorrect, AFAIK

They're both accepted but marked wrong

 

[Verivici]

They're both accepted but marked wrong

... What do you mean?

And there's actually a calculator for freefalls which includes air resistance, though I am unsure of its accuracy

 

[ManlySpirit]

Twin Kugi Punch is treated as a combination attack when it's one attack

 

[Lina_Shields]

• First of all, what is the volume of said mountain in the calc?
• Second of all, how much energy is required to destroy said mountain in the calc?

Note that when you exceed the amount of energy that is required in order to break the said mountain (via fragmentation, pulverization), the mountain will be destroyed regardless of the kinetic energy that is generated from its freefall.

Thus, 36 Ren x30 energy should only be as powerful as the energy required to destroy the mountain, and slightly more.

 

[ManlySpirit]

*First of all, what is the volume of said mountain in the calc?

• Second of all, how much energy is required to destroy said mountain in the calc?

Note that when you exceed the amount of energy that is required in order to break the said mountain (via fragmentation, pulverization), the mountain will be destroyed regardless of the kinetic energy that is generated from its freefall.

Thus, 36 Ren x30 energy should only be as powerful as the energy required to destroy the mountain, and slightly more.

It was said to be 5km big

 

[Lina_Shields]

The issue here is that, we need to exact volume of the mountain, and the energy required to destroy said mountain.

Every material can only absorb a specific amount of energy before they break apart, thus the energy required to break said mountain may not be equal to the kinetic energy produced by said mountain in this case.

Actual energy required to bust mountain =/= Kinetic energy

This also means that the two calcs above need to be rejected.