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#	Item
271	Thermodynamic Potential Functions From Mechanics: dU = - F dr U dU Add to Reading List Source URL: www.colby.edu Language: English - Date: 1999-12-14 11:23:20
272	Integrating Rate Laws Using the Finite Difference Approximation The finite difference method can be used to integrate kinetic rate laws. The finite difference approach is used by MatLab, Stella, and the “Kinetics Mecha Add to Reading List Source URL: www.colby.edu Language: English - Date: 2010-09-28 08:41:45 Rate equation Science Numerical analysis Physical chemistry Chemical kinetics Chemical engineering Finite difference method
273	The Kinetics of Aquation of the Trans-dichlorobis (ethylenediamine)-Cobalt(III) ion1 Purpose: Determine the order, rate constant, activation energy, and pre-exponential factor for the ligand exchange reaction of a water Add to Reading List Source URL: www.colby.edu Language: English - Date: 2009-09-30 10:20:58 Equilibrium chemistry Chemical engineering Analytical chemistry Rate equation Reaction rate Chemical equilibrium Equilibrium constant Solubility equilibrium Activation energy Chemistry Physical chemistry Chemical kinetics
274	Temperature Dependence of the Equilibrium Constant, KP ∆rGo- = -RT ln KP ∂∆rGo-   T  = - ∆rHoT2  ∂T  Add to Reading List Source URL: www.colby.edu - Date: 2000-01-11 11:37:11
275	Entropy and the Surroundings – Ideal Gas System Surroundings dq dU P dSsurr = − Add to Reading List Source URL: www.colby.edu Language: English - Date: 2005-10-06 16:27:17 Thermodynamic entropy Atmospheric thermodynamics Philosophy of thermal and statistical physics Adiabatic process Entropy Isothermal process Ideal gas Table of thermodynamic equations Joule expansion Thermodynamics Physics Thermodynamic processes
276	1st Order Reactions [A] [A] ln [A]o Add to Reading List Source URL: www.colby.edu Language: English - Date: 2011-09-21 09:05:14 Equilibrium chemistry Chemical engineering
277	Chemical Potential ∂G ∂G  ∂G   ∂G  Add to Reading List Source URL: www.colby.edu Language: English - Date: 2006-10-25 07:26:53 Spaceflight N1 road N1
278	Molality vs. Molarity for c = concentration as molarity: m= c (1 L) c Add to Reading List Source URL: www.colby.edu Language: English - Date: 2010-03-24 15:10:48 Molar concentration Molality Equilibrium constant Concentration Solution Chemistry Analytical chemistry Chemical properties
279	Equipartition Theorem Goal Predict ∆U and Cv for gases translation rotation Add to Reading List Source URL: www.colby.edu - Date: 2005-09-15 15:34:04
280	Progress Toward Equilibrium k1 → ← Add to Reading List Source URL: www.colby.edu - Date: 2011-10-18 08:50:11

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