The_Yellow_Topaz
She/Her- 1,477
- 1,509
I'd like assistence with the following conundrum.
The steel legs were moved simultaneously, and alongside a electricity particle that we accept as real electricity. Thus, we calculated how much energy each leg had in KE, and said the robot who performed it scaled to one of the legs KE.
Each leg is independent of another one.
However, the new calculation says the robot should scale to all 5 legs combined, as they moved them all at the same time.
My point of contention was the inconsistency. The damage of a single leg is 4, and all the other robot attacks do the same damage (4), including other legs that move in one at a time and slower, do the same damage.
I'd like for this to be discussed by CGMs to find out which version is a true representative of MTT's strength.
- We have this calculation of a robot from Undertale kicking at supersonic speeds: This one calculates the KE of a singular leg
- We have this calculation of the same: This one calculates the KE of all legs at the same time
The steel legs were moved simultaneously, and alongside a electricity particle that we accept as real electricity. Thus, we calculated how much energy each leg had in KE, and said the robot who performed it scaled to one of the legs KE.
Each leg is independent of another one.
However, the new calculation says the robot should scale to all 5 legs combined, as they moved them all at the same time.
My point of contention was the inconsistency. The damage of a single leg is 4, and all the other robot attacks do the same damage (4), including other legs that move in one at a time and slower, do the same damage.
I'd like for this to be discussed by CGMs to find out which version is a true representative of MTT's strength.