(4) (a) Starting from the equation of state for ideal gas (1 mol, pV = RT), show that the following(Joule's law) is true:= 0T(b) Calculate () for a gas that follows the equation of state:əv ) TpV= 1 +RTbаVRVT

The equation for the entropy can be expressed in terms of the volume and temperature as: dS=…

(4) (a) Starting from the equation of state for ideal gas (1 mol, pV = RT), show that the following (Joule's law) is true: %3D = 0 ƏV (b) Calculate ( for a gas that follows the equation of state: pV = 1+ RT a V RVT

(4) (a) Starting from the equation of state for ideal gas (1 mol, pV = RT), show that the following (Joule's law) is true: %3D = 0 ƏV (b) Calculate ( for a gas that follows the equation of state: pV = 1+ RT a V RVT

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter20: Kinetic Theory Of Gases

Section: Chapter Questions

Problem 2PQ

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Question

(4) (a) Starting from the equation of state for ideal gas (1 mol, pV = RT), show that the following
(Joule's law) is true:
= 0
T
(b) Calculate () for a gas that follows the equation of state:
əv ) T
pV
= 1 +
RT
b
а
V
RVT

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