1 A particle of mass m moves in a potential V (x)=-mw²x² position coordinate, v is the speed, and o and u are constant. The canonical (conjugate) momentum of the particle is mụv where x is the 5. 10 (a) p=m(1+u)v (b) p= mv (c) p = mµv (d) p =m(1-u)v
1 A particle of mass m moves in a potential V (x)=-mw²x² position coordinate, v is the speed, and o and u are constant. The canonical (conjugate) momentum of the particle is mụv where x is the 5. 10 (a) p=m(1+u)v (b) p= mv (c) p = mµv (d) p =m(1-u)v
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+muv where x is the
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A particle of mass m moves in a potential V (x) =-mo
5.
position coordinate, v is the speed, and o and u are constant. The canonical (conjugate)
momentum of the particle is
(a) p=m(1+u)v
(b) р %3D ту
(с) р %3D тuv
(d) p = m(1-u)v
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