Majora's whips were physicly part of him, changed length depending on how far away Link was, and were prehensile. More talented? Maybe not. [Adam Winrich is a world record holder.]
What I do know for certain; his whips would move faster than Adam Winrich's. That's laws of physics. The feat stands, imho it's hard to question the validity of it. ๐ I don't know where all this hate comes from. D:
Being faster makes it faster. =P A cracked whip breaks the sound barrier, Adam Winrich can do this 7 times a second. Majora's whips would be moving much much faster than Winrich's due to their length. When they crack the tip covers much more ground in a shorter period of time. Majora's whips are also prehensile giving him even more control than a normal whip would have, and you'd be amazed how much control you have of a whip when you get good at it. [See Winrich's video in the Link respect thread.]
Because that being is super human with a super whip. ๐
Let me explain why, I think you may just be misunderstanding my logic.
Speed is just distance/time. The farther the distance in relation to time, the faster something is moving.
Now imagine the earth spinning on it's axis. All of the earth spins at the same time, but not the same speed. Weird right? The earth's crust at the poles is moving slower than the earth's crust at the equator! Why? Because, even though it spins at the same time as the equator, it has a much shorter distance to go. In order for the equator to keep up, it has to move much more quickly.
Now apply this to a sword, the tip of a sword moves MUCH faster than your upper arm, near the shoulder, even though it's all moving in synchtonicity.
Originally posted by ScreamPaste
Because that being is super human with a super whip. ๐Let me explain why, I think you may just be misunderstanding my logic.
Speed is just distance/time. The farther the distance in relation to time, the faster something is moving.
Now imagine the earth spinning on it's axis. All of the earth spins at the same time, but not the same speed. Weird right? The earth's crust at the poles is moving slower than the earth's crust at the equator! Why? Because, even though it spins at the same time as the equator, it has a much shorter distance to go. In order for the equator to keep up, it has to move much more quickly.
Now apply this to a sword, the tip of a sword moves MUCH faster than your upper arm, near the shoulder, even though it's all moving in synchtonicity.
That still doesn't help the reaction case.
Originally posted by MooCowofJustice
On an entirely different note. Michael Jackson died.I'm not kidding.
R.I.P