Naruto's lifting strength

[Ryop]

Is someone ever try to calc Narutoverse lifting strength's feats? like this ,this and that?

 

[Antvasima]

You can ask here for calculations:

https://vsbattles.com/vsbattles/580243

However, it is not a given that anybody will be interested.

 

[Gwynbleiddd]

I've calced some of them already, just check my calcs.

 

[Ryop]

^Can you give me links pls?

 

[Antvasima]

Okay. Thanks. Never mind then.

 

[Ryop]

@Gwynbleiddd

?

 

[Gwynbleiddd]

I have a list of my calcs on my profile.

 

[Ryop]

I have a list of my calcs on my profile.

This what you mean? but i dont see result of how much tons he can lift there,also some pepole there claim you did a mistake about the rhino's size

 

[Gwynbleiddd]

It's on the blog: "The rhino Naruto tossed is 18.7 m long and has a mass of 287500 kg.(5 times taller -> 5^3 = 125 times more massive)"

And on the comments you can see Dariel Senju's scaling (which is what will be used) he found the Rhino to be 5 million kg.

 

[Ryop]

Thanks i didnt noticed,but this is only the mass of the rhino that Naruto lift,the fact that he threw him away 100-300 meter into the air should make his lifting strength higher no?

 

[Dariel_Senju]

Well it is true what you say, Naruto threw that huge mass at a certain speed through the air so that the calculations made based on potential gravitational energy are wrong and should be calculated based on the kinetic energy that the rhinoceros gained when being thrown off. It also takes a good amount of force to accelerate a mass of millions of kilograms to the speed at which Naruto did it which can translate into a greater feat of strength, I think I am capable of doing those calculations.

 

[Ryop]

@Dariel Senju

You can recalc this feat pls?

 

[Gwynbleiddd]

The gravitational potential energy on the highest point of a projectiles trajectory is the same as the initial kinetic energy on the y-axis.

The work produced by Naruto is greater than the potential energy of the rhino.(because of the energy loss due to friction and other external factors)

W = F*x (assuming that the force is constant)

x = ╬©*r (where ╬© is the angle in rads and r is the radius of the circular path Naruto did in order to launch the Rhino)

╬© ~ ¤Ç/2 + ¤Ç/4 = 3¤Ç/4

x = 0.75*¤Ç*r => (r = 0.6 m, Naruto's arm) => x = 1.4 m

F*1.4 = 9.5e9

F ~ 6.8*10^9 Newtons

About 693000 Tons.

 

[Dariel_Senju]

Wow mesmerizing, no longer necessary Ryop, Gwynbleiddd has already calculated. Naruto Sage Mode then would be Class M+ and possibly Class G since the feat of the rhino performed without any effort.

 

[Ryop]

@Dariel Senju

why class M+? 5 milion kg is 5000 tons which mean barely 10^7,and the max for M class is milion tons-200 time than Naruto's feat.

By the way,from what i see it look like you know and kinda love(?) do calc so you can pls if you have time calc this feat and the feat when Kurma lift hamura's statue?

 

[Dariel_Senju]

Man I speak of the calculation of Gwynbleiddd about the force that Naruto used to send the rhino through the skies that yields a result greater than half a million tons, that is why it would be Class M+ and a possible Class G because he made a feat of almost a million of tons without any effort.

The Gedo Mazo I can try but I could not say the same of the Statue of Hamura as it is difficult to know its size. I'll try the Mazo thing for the moment.

 

[Ryop]

Oh damn you right my bad man,i thought he worte 693000 kg lol

Holy shit almost 700,000 tons for Sage Mod that awesome.

You can see the size of the Statue of Hamura compare to Kurma here (1:28:50\51)

 

[Dariel_Senju]

True, an awesome feat. The Hamura Statue seems to be easier now although I still have my doubts as to whether it is possible to calculate its size.

On the Gedo Mazo I almost have it, although it is also a considerable AP feat, I would only need to calculate the speed at which Kitsuchi moved those two mountains but it is difficult since I would have to calculate the angle and I'm somewhat lost in that.

 

[Golden_Void]

So why calculate for potential energy instead of kinetic energy?

And in the comments on the calc for angsizing, why use the length instead of the height?

 

[Dariel_Senju]

We did not think to calculate the kinetic energy at that time and that's why we did it for the potential energy, both are valid apparently, although obviously kinetic energy would give a greater result, City Block Level safe.

Length is used because simply what is shown of the rhino is its length not its height in that panel.

 

[Golden_Void]

Why/how would you use PE though? I've never considered applying it to anything.