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20 Nov 2019
The position of a particle with mass m traveling onahelical path is given by:
Where R and d are the radius and pitch of the helix,respectively,and z has time dependence where is the (constant) component of velocity in the zdirection.Determine the time-dependent angular momentum of the particle about the origin.
The position of a particle with mass m traveling on ahelical path is given by: Where R and d are the radius and pitch of the helix, respectively,and z has time dependence where is the (constant) component of velocity in the zdirection. Determine the time-dependent angular momentum of the particle about the origin.
The position of a particle with mass m traveling onahelical path is given by:
Where R and d are the radius and pitch of the helix,respectively,and z has time dependence where is the (constant) component of velocity in the zdirection.Determine the time-dependent angular momentum of the particle about the origin.
The position of a particle with mass m traveling on ahelical path is given by: Where R and d are the radius and pitch of the helix, respectively,and z has time dependence where is the (constant) component of velocity in the zdirection. Determine the time-dependent angular momentum of the particle about the origin.
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26 Sep 2022