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b) Calculate the Debye temperature of copper. What do you conclude about copper at a temperature T= 300 K? use v= 4800 m/s. c)

b) Calculate the Debye temperature of copper. What do you conclude about copper at a temperature T = 300 K? use v= 4800 m/s.

b) Calculate the Debye temperature of copper. What do you conclude about copper at a temperature T= 300 K? use v= 4800 m/s. c) Consider a collection of 6.02x10" atoms of He, confined inside a box of volume (10 m). Caleulate the condensation -critical- temperature. How many atoms are in the ground state at T=0.9Te

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