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Q16. A statistical system is composed of two ultra-relativistic particles moving in a segment of Length L. The Hamiltonian of the system is given by, H(p,, P.)=c(\p+|p.l) where, P1 and P, are the momenta of the particles and c is the speed of light in vaccum. The volume of phase space enclosed by the surface of constant energy E is given by 2E L ( a) Σ(Ε.L) = (b) E(E.L)= 2EL (c) (E,L)= (d) (E,L)=2E°L %3D

Q16. A statistical system is composed of two ultra-relativistic particles moving in a segment of Length L. The Hamiltonian of the system is given by, H(p,, P.)=c(\p+|p.l) where, P1 and P, are the momenta of the particles and c is the speed of light in vaccum. The volume of phase space enclosed by the surface of constant energy E is given by 2E L ( a) Σ(Ε.L) = (b) E(E.L)= 2EL (c) (E,L)= (d) (E,L)=2E°L %3D

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Q16. A statistical system is composed of two ultra-relativistic particles moving in a segment of Length L. The Hamiltonian of the system is given by, H(p,,P:)=c(\p|+\p.) %3D where, p, and p, are the momenta of the particles and c is the speed of light in vaccum. The volume of phase space enclosed by the surface of constant energy E is given by 2E L E L (a) E(E,L)=: c2 (b) E(E.L)= 2EL (c) (E,L)= (d) (E,L)=2E°L
Transcribed Image Text:Q16. A statistical system is composed of two ultra-relativistic particles moving in a segment of Length L. The Hamiltonian of the system is given by, H(p,,P:)=c(\p|+\p.) %3D where, p, and p, are the momenta of the particles and c is the speed of light in vaccum. The volume of phase space enclosed by the surface of constant energy E is given by 2E L E L (a) E(E,L)=: c2 (b) E(E.L)= 2EL (c) (E,L)= (d) (E,L)=2E°L
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