Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
It is, this is literally how the formula for Gravitational PE works and the result comes out in joulesAntvasima said:I think that holding something in the air against the gravitational pull seems like a legitimate feat to calculate, but I am not well informed.
We are talking about a bunch of rocks being lifted from the ground to a certain height. Holding them at that height indeed needs no work/energy, but getting them to that height does. (Precisely it needs the application of a force greater than the downwards force of gravity over the distance they are lifted, which is work equalling the change in PE)Ugarik said:It SHOULD be a lifting strength feat only (or at least that's what I'm trying to prove)
But still the technique had its 6-B rating entirely because of the position of that ball in relation to ground level and many people, including some calc group members, agree with Country level AP from keeping the ball in the air. That's why I asked for your input.
Therefir posted a summary up above for most of them.TheFinalOrder said:Btw, what's the status on the TBB calcs?
The first four out of the seven in the OP have been accepted (though only two of them were made by me).Antvasima said:So which of Damage's calculations have been accepted to be applied so far?
Firstly, again, you can't "see" the number of columns on the far side nor can you individually distinguish them from that distance because of the low amount of quality due to distanceDamage3245 said:@TataHakai; the second method counts the number of columns in the wall that Omoi is on and contrasts it to the number of columns on the wall on the far side.
As for the distance to the crater and wall, I don't think that would have an effect on the scaling, would it?
All we need is the height of the wall, and we can estimate the depth of the crater from that.
There is a another method that would get the height of the wall from the height of the gates to Konoha, but that would require more scaling images and be less likely to be accurate.