How could I Improve pt 2
Sigh...guess Ill have to explain to you, then. :P
First off, the blades diameter and thickness contribute to the weight of the blade, which helps deliver more kJ.
The DISTANCE is from the center of the tooth to the center of the disc. The farther it is away, the more added force will be delivered. Usually this can be half the diameter, but not necessarily if you use longer teeth. Say for instance you have a 80cm diameter disc. The distance would be 40cm. :P
Next...LOTS OF PEOPLE SAY WHAT THEIR DISC IS MADE OF!!! You should know better than that. Right...I should just assume your disc is made of hardened goat cheese if you dont state a material, is that alright? :P Of course not.
Third, MOI is called the moment of inertia. I myself am not quite sure what its definition is, but its calculated thus:
weight of disc x radius of disc2
There, Im done explaining. :P
Sigh...guess Ill have to explain to you, then. :P
First off, the blades diameter and thickness contribute to the weight of the blade, which helps deliver more kJ.
The DISTANCE is from the center of the tooth to the center of the disc. The farther it is away, the more added force will be delivered. Usually this can be half the diameter, but not necessarily if you use longer teeth. Say for instance you have a 80cm diameter disc. The distance would be 40cm. :P
Next...LOTS OF PEOPLE SAY WHAT THEIR DISC IS MADE OF!!! You should know better than that. Right...I should just assume your disc is made of hardened goat cheese if you dont state a material, is that alright? :P Of course not.
Third, MOI is called the moment of inertia. I myself am not quite sure what its definition is, but its calculated thus:
weight of disc x radius of disc2
There, Im done explaining. :P
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