31![Friday 20th February: Monash University, Clayton, Victoria Thermodynamics and Climate Change The surprising link between the laws of thermodynamics and probability: weird physical laws Friday 20th February: Monash University, Clayton, Victoria Thermodynamics and Climate Change The surprising link between the laws of thermodynamics and probability: weird physical laws](https://www.pdfsearch.io/img/634881915772414452829c441b8d181c.jpg) | Add to Reading ListSource URL: www.vicphysics.orgLanguage: English - Date: 2015-02-22 23:58:56
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32![Mon. Not. R. Astron. Soc. 000, 1–[removed]Printed 7 July[removed]MN LATEX style file v2.2) Mon. Not. R. Astron. Soc. 000, 1–[removed]Printed 7 July[removed]MN LATEX style file v2.2)](https://www.pdfsearch.io/img/33a64c4b6407c0da8503afecc7cb2ca4.jpg) | Add to Reading ListSource URL: users.monash.edu.auLanguage: English - Date: 2014-07-07 05:47:07
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33![Mon. Not. R. Astron. Soc. 000, 1–[removed]Printed 21 February[removed]MN LATEX style file v2.2) Mon. Not. R. Astron. Soc. 000, 1–[removed]Printed 21 February[removed]MN LATEX style file v2.2)](https://www.pdfsearch.io/img/50e898d60d79fa3161c952546c7faaca.jpg) | Add to Reading ListSource URL: users.monash.edu.auLanguage: English - Date: 2014-02-21 06:26:29
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34![Mon. Not. R. Astron. Soc. 000, 1–[removed]Printed 21 February[removed]MN LATEX style file v2.2) Mon. Not. R. Astron. Soc. 000, 1–[removed]Printed 21 February[removed]MN LATEX style file v2.2)](https://www.pdfsearch.io/img/2e48a52a051da0d6703fc36fdfbbba70.jpg) | Add to Reading ListSource URL: users.monash.edu.auLanguage: English - Date: 2014-02-21 06:25:04
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35![Application of the First Law to Ideal Gases Calculate q,w, ∆U, and ∆H for ideal gas processes: dU = ñq + ñw dU = Cv dT dH = Cp dT ∂U ∆U = q + w Application of the First Law to Ideal Gases Calculate q,w, ∆U, and ∆H for ideal gas processes: dU = ñq + ñw dU = Cv dT dH = Cp dT ∂U ∆U = q + w](https://www.pdfsearch.io/img/55a18d1230fbc790e413b23f78d58eae.jpg) | Add to Reading ListSource URL: www.colby.eduLanguage: English - Date: 2009-10-23 09:58:37
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36![PROPERTIES OF SOME GASES AND LIQUIDS AT ONE ATMOSPHERE (Ar, CO2 , He, N2 , H2 O() ) UW/MHTL 8407 G-02 PROPERTIES OF SOME GASES AND LIQUIDS AT ONE ATMOSPHERE (Ar, CO2 , He, N2 , H2 O() ) UW/MHTL 8407 G-02](https://www.pdfsearch.io/img/74a3d1f1d500321c1b7a2de88d17efba.jpg) | Add to Reading ListSource URL: www.mhtlab.uwaterloo.caLanguage: English - Date: 2006-10-11 07:39:07
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37![Chemguide – answers IDEAL GASES 1. a) There are no (or entirely negligible) intermolecular forces between the gas molecules. Chemguide – answers IDEAL GASES 1. a) There are no (or entirely negligible) intermolecular forces between the gas molecules.](https://www.pdfsearch.io/img/e285d190e7305bd9a392cdbc406acc5a.jpg) | Add to Reading ListSource URL: www.chemguide.co.ukLanguage: English - Date: 2013-10-08 10:31:51
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38![First, a brief review of the ideal gas law. ”Ideal gas” is a gas whose molecules almost do not interact. Ideal gas obeys very simple laws. Most gases at room temperature behave close to an ideal gas. Let p be the pre First, a brief review of the ideal gas law. ”Ideal gas” is a gas whose molecules almost do not interact. Ideal gas obeys very simple laws. Most gases at room temperature behave close to an ideal gas. Let p be the pre](https://www.pdfsearch.io/img/35d632a0b6d11a4f3db07af1d49f6926.jpg) | Add to Reading ListSource URL: www.theory.caltech.eduLanguage: English - Date: 2009-04-08 13:56:45
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39![Chemguide – answers REAL GASES 1. a) The graphs would be the same horizontal straight line with a compression factor of 1 at all temperatures. For an ideal gas, pV = nRT. So pV/nRT will always be exactly 1. b) An ordin Chemguide – answers REAL GASES 1. a) The graphs would be the same horizontal straight line with a compression factor of 1 at all temperatures. For an ideal gas, pV = nRT. So pV/nRT will always be exactly 1. b) An ordin](https://www.pdfsearch.io/img/fb8f4800a1a382bf973a36a9072f2dc6.jpg) | Add to Reading ListSource URL: www.chemguide.co.ukLanguage: English - Date: 2013-10-10 04:36:30
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40![1. Derivation of leakage rate: mbar * l sec volume flow [q pV ] = 1. Derivation of leakage rate: mbar * l sec volume flow [q pV ] =](https://www.pdfsearch.io/img/b2a89dd4e6398be99a0845d26063346e.jpg) | Add to Reading ListSource URL: www.epa.govLanguage: English - Date: 2008-03-25 10:49:27
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