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Thermodynamics : four laws that move the universe.

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DVD
What is heat? What is temperature? What is energy? What is time? When we look beneath the surface of these everyday terms to learn how scientists understand them, we encounter a realm of fundamental processes that rule the universe.

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Location Call Number /
Shelving Location
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Due Date
Wolcott Public Library GC DVD T (Text)
Videos
52130100396201
In process
-
LDR 03110cgm a2200529Ii 4500
001619350
003OWWL
00520200407111827.1
007vd cvaizq
008140325s2014 vau720 vleng d
020 . ‡a1629970549 : (set) ‡c$59.95
020 . ‡a9781629970547 : (set) ‡c$59.95
02841. ‡aNo. 1291 ‡bTeaching Company
035 . ‡a(OCoLC)874776874
040 . ‡aJRY ‡beng ‡cJRY ‡dJAI ‡dAPL ‡dTOH ‡dEZU ‡dVP@ ‡dOCLCF ‡dNHA ‡dOCLCA ‡dOCLCQ ‡dOCLCO ‡dCNUTO ‡dZWZ ‡dH4N ‡dOCLCA ‡dOCL
049 . ‡aSPPA
05014. ‡aTJ265 ‡b.T4476 2014 (DVD)
24500. ‡aThermodynamics : ‡bfour laws that move the universe.
264 1. ‡aChantilly, VA : ‡bTeaching Company, ‡c2014.
264 4. ‡c©2014
300 . ‡a4 videodiscs (ca. 720 min.) : ‡bsound, color ; ‡c4 3/4 in. + ‡e1 course guidebook (vi, 161 pages : illustrations ; 19 cm).
336 . ‡atwo-dimensional moving image ‡btdi ‡2rdacontent.
336 . ‡atext ‡btxt ‡2rdacontent.
336 . ‡atwo-dimensional moving image ‡2rdacontent.
337 . ‡avideo ‡bv ‡2rdamedia.
337 . ‡aunmediated ‡bn ‡2rdamedia.
337 . ‡avideo ‡2rdamedia.
338 . ‡avideodisc ‡bvd ‡2rdacarrier.
338 . ‡avolume ‡bnc ‡2rdacarrier.
338 . ‡avideodisc ‡2rdacarrier.
344 . ‡adigital ‡boptical ‡gsurround ‡hDolby digital ‡2rda.
346 . ‡bNTSC ‡2rda.
347 . ‡avideo file ‡bDVD video ‡eregion 1 ‡2rda.
4900 . ‡aGreat courses. Science & mathematics. Physics.
500 . ‡a24 lectures (approximately 30 minutes each) on 4 DVDs.
500 . ‡aCourse No. 1291.
504 . ‡aCourse guidebook Includes bibliographical references.
50500. ‡gDisc 1: ‡tThermodynamics: what's under the hood -- ‡tVariables and the flow of energy -- ‡tTemperature: thermodynamics' first force -- ‡tSalt, soup, energy, and entropy -- ‡tThe ideal gas law and a piston -- ‡tEnergy transferred and conserved -- ‡gdisc 2: ‡tWork-heat equivalence -- ‡tEntropy: the arrow of time -- ‡tThe chemical potential -- ‡tEnthalpy, free energy, and equilibrium -- ‡tMixing and osmotic pressure -- ‡tHow materials hold heat -- ‡gdisc 3: ‡tHow materials respond to heat -- ‡tPhases of matter: gas, liquid, solid -- ‡tPhase diagrams: ultimate materials maps -- ‡tProperties of phases -- ‡tTo mix, or not to mix? -- ‡tMelting and freezing of mixtures -- ‡gdisc 4: ‡tThe Carnot engine and limits of efficiency -- ‡tMore engines: materials at work -- ‡tThe electrochemical potential -- ‡tChemical reactions: getting to equilibrium -- ‡tThe chemical reaction quotient -- ‡tThe greatest processes in the world.
5110 . ‡aLecturer: Professor Jeffrey C. Grossman, Massachusetts Institute of Technology.
520 . ‡aWhat is heat? What is temperature? What is energy? What is time? When we look beneath the surface of these everyday terms to learn how scientists understand them, we encounter a realm of fundamental processes that rule the universe.
538 . ‡aDVD.
538 . ‡aDVD; all regions ; widescreen ; aspect ratio (2.40:1).
540 . ‡aHome use only.
540 . ‡aCopy protected.
650 0. ‡aThermodynamics.
650 7. ‡aGravitation. ‡2ram.
7001 . ‡aGrossman, Jeffrey C., ‡eteacher. ‡4tch.
7102 . ‡aTeaching Company.
905 . ‡ukriedener
901 . ‡a874776874 ‡bOCoLC ‡c619350 ‡tbiblio ‡soclc

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