I see, clever :)
May this arbitrary F (how about we call it F'?) be obtained by;
F' = r×\tau/r\bulletr ?
I'm feeding the result I get back into the form
\tau = r×F
and as I've realized, the \tau and r I am given are not perfectly perpendicular so my \tau' is similar to \tau at best. But that...
I hope I managed to post my question the right place!
I have a body consisting of a bunch of mass-points in ℝ^{3}, and when torque is applied to this body, I'm interested in finding the force that must have caused the torque based on the point of application and the torque vector, which are...
Hello!
Homework Statement
As the title says I am attempting to calculate the mass displacement of a motion capture sequence, however I am not seeing the results I expect which is why I am posting here to make sure I have understood everything correctly. The data that is known is the...