Thermodynamics and Chemistry
Appendix F Mathematical Properties of State Functions Appendix F Mathematical Properties of State Functions A state function is ...
APPENDIXF MATHEMATICALPROPERTIES OFSTATEFUNCTIONS 482 o@f @y x dy ) @f @x y dx 9 >>= >>;dfD @f @x y dxC ...
APPENDIXF MATHEMATICALPROPERTIES OFSTATEFUNCTIONS 483 F.3 Integration of a Total Differential If the coefficients of the total d ...
APPENDIXF MATHEMATICALPROPERTIES OFSTATEFUNCTIONS 484 the equation from a lower limit of zero for each of the extensive function ...
APPENDIXF MATHEMATICALPROPERTIES OFSTATEFUNCTIONS 485 We can make other Legendre transforms off by subtracting one or more produ ...
Appendix G Forces, Energy, and Work Appendix G Forces, Energy, and Work The aim of this appendix is to describe a simple model t ...
APPENDIX G FORCES, ENERGY, AND WORK G.1 FORCES BETWEENPARTICLES 487 G.1 Forces between Particles Amaterial particleis a body tha ...
APPENDIX G FORCES, ENERGY, AND WORK G.1 FORCES BETWEENPARTICLES 488 The integral on the right side of Eq.G.1.3is an example of a ...
APPENDIX G FORCES, ENERGY, AND WORK G.1 FORCES BETWEENPARTICLES 489 Next we look in detail at the force that particlejexerts on ...
APPENDIX G FORCES, ENERGY, AND WORK G.2 THESYSTEM ANDSURROUNDINGS 490 (a) ̊ij ̊i k bc ̊kl bc bc bc bc bc bc bc b b bb b b b b b ...
APPENDIX G FORCES, ENERGY, AND WORK G.2 THESYSTEM ANDSURROUNDINGS 491 For conservation of energy, the potential energy change in ...
APPENDIX G FORCES, ENERGY, AND WORK G.3 SYSTEMENERGYCHANGE 492 The last bracketed quantity on the right side of Eq.G.2.5depends ...
APPENDIX G FORCES, ENERGY, AND WORK G.4 MACROSCOPICWORK 493 Combining Eqs.G.3.2–G.3.5and rearranging, we obtain X i Z FisurdriD ...
APPENDIX G FORCES, ENERGY, AND WORK G.4 MACROSCOPICWORK 494 R ri ri bc rs b Figure G.2 Position vectors within the system. ...
APPENDIX G FORCES, ENERGY, AND WORK G.5 THEWORKDONE ON THESYSTEM ANDSURROUNDINGS 495 G.5 The Work Done on the System and Surroun ...
APPENDIX G FORCES, ENERGY, AND WORK G.6 THELOCALFRAME ANDINTERNALENERGY 496 ri ri^0 R ri Rloc R^0 x y z x^0 y^0 z^0 bc rs b ...
APPENDIX G FORCES, ENERGY, AND WORK G.6 THELOCALFRAME ANDINTERNALENERGY 497 the same magnitude as the gravitational force but di ...
APPENDIX G FORCES, ENERGY, AND WORK G.6 THELOCALFRAME ANDINTERNALENERGY 498 We expect that an observer in the local frame will f ...
APPENDIX G FORCES, ENERGY, AND WORK G.7 NONROTATINGLOCALFRAME 499 G.7 Nonrotating Local Frame Consider the case of a nonrotating ...
APPENDIX G FORCES, ENERGY, AND WORK G.8 CENTER-OF-MASSLOCALFRAME 500 ri^0 ri Rcm b bc ut Figure G.4 Position vectors in a lab fr ...
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