Q4: A particle of mass m moves in three dimensions under influence of a force described by a potential which is expressed in terms of cylindrical coordinates p, 9, z and constant parameters, a, b, Vo, as V(p,9, z) = Vo(cosh+ cos p – z/a). A) Determine the hamiltonian of the system (= the particle). B) Find Hamilton equation of motion. C) Determine the constants of motion.
Q4: A particle of mass m moves in three dimensions under influence of a force described by a potential which is expressed in terms of cylindrical coordinates p, 9, z and constant parameters, a, b, Vo, as V(p,9, z) = Vo(cosh+ cos p – z/a). A) Determine the hamiltonian of the system (= the particle). B) Find Hamilton equation of motion. C) Determine the constants of motion.
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![Q4: A particle of mass m moves in three dimensions under influence of a force
described by a potential which is expressed in terms of cylindrical coordinates
P, q, z and constant parameters, a, b, Vo, as
V(p, q, z) = V,(cosh+ cos p – z/a).
A) Determine the hamiltonian of the system (= the particle).
B) Find Hamilton equation of motion.
C) Determine the constants of motion.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F47cd58ce-b81a-408a-9bc1-b6e2acf2f1c8%2Febbb2928-c40e-4597-81d6-8cb09d876b0f%2Fjv013z6_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q4: A particle of mass m moves in three dimensions under influence of a force
described by a potential which is expressed in terms of cylindrical coordinates
P, q, z and constant parameters, a, b, Vo, as
V(p, q, z) = V,(cosh+ cos p – z/a).
A) Determine the hamiltonian of the system (= the particle).
B) Find Hamilton equation of motion.
C) Determine the constants of motion.
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