Originally posted by Illustrious
No shit. I already said that if you took the same guy and put him in a marathon of just swinging a weapon, the lightsaber would win. In combat, it's not true.But unless your arguing that Ragnos would have difficulty swinging a sword, your point is moot.
And guess what? You didn't address any of my points, you just went back to going "no I'm right, you're wrong."
What a hypocrite.
It's not wrong. Rotational mechanics. The torque is greater with the mass centered further from the axis of rotation. More torque = more force, more force means it takes more force to STOP. Got it? It's not up to me to break it down into laymen's terms so you can understand.
You know about as much physics as my dog. Don't bother arguing with that point.
That use of Science simple doesn't work in this case because the lightsaber completely goes against science. There is no material on Earth that is similar to the beam of the lightsaber. You need to think deeper into the subject Illustrious. Why is the torque greater when the mass is further away from the pivot? It is all to do with power. The lightsaber may be lacking weight and the centre of mass might be in the hilt, but the power of the lightsaber is all stored up in the blade. The lightsaber is basically the perfect weapon. The centre of mass is close to the pivot, enabling faster swings and yet the power is focused in the blade. The reason that the reasoning you used works for the sith sword is because the power in the sword comes from the mass of the sword and so it is logical that if the centre of mass is further away from the pivot, the greater the torque is but in a lightsaber, the power comes from the energy beam which weighs nothing so though the centre of mass is