A particle of mass m is free to move in one dimension. Denote its position coordinate by X and its momentum by p. Suppose that this particle is confined within a box so as to be located between a energy is known to lic between E and E+ SE. Draw the classical phase space 0 and x = L, and suppuse that its

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A particle of mass m is free to move in one dimension. Denote its position
coordinate by x and its momentum by p. Suppose that this particle is confined
within a box so as to bc located between a
energy is known to lic between E and E + &E. Draw the classical phase space
0 and x = L, and suppuse that its
Transcribed Image Text:A particle of mass m is free to move in one dimension. Denote its position coordinate by x and its momentum by p. Suppose that this particle is confined within a box so as to bc located between a energy is known to lic between E and E + &E. Draw the classical phase space 0 and x = L, and suppuse that its
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