Problem 204. In an 11.2 dm high cylindrical container, whose base area is 1 dm², a frictionless piston of mass 8 kg is held at a height of 5.6 dm. The piston encloses 1 mol of helium at 273 °C. The wall of the container is insulated. Find the maximum height reached by the piston after being released. The molar specific heat of helium at constant volume is C. = 12.6 J/(molK), while at constant pressure it is C, = 21 J/(molK). %3D The atmospheric pressure is 10.12 N/cm?

Elements Of Electromagnetics
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Problem 204. In an 11.2 dm high cylindrical container, whose base area is 1 dm², a
frictionless piston of mass 8 kg is held at a height of 5.6 dm. The piston encloses 1 mol
of helium at 273 °C. The wall of the container is insulated. Find the maximum height
reached by the piston after being relcased. The molar specific heat of helium at constant
volume is C. = 12.6 J/(molK), while at constant pressure it is C, = 21 J/(molK).
The atmospheric pressure is 10.12 N/cm2.
Transcribed Image Text:Problem 204. In an 11.2 dm high cylindrical container, whose base area is 1 dm², a frictionless piston of mass 8 kg is held at a height of 5.6 dm. The piston encloses 1 mol of helium at 273 °C. The wall of the container is insulated. Find the maximum height reached by the piston after being relcased. The molar specific heat of helium at constant volume is C. = 12.6 J/(molK), while at constant pressure it is C, = 21 J/(molK). The atmospheric pressure is 10.12 N/cm2.
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