Reaction Thermodynamics vs Displacement Reaction Utilisation & Stats

Reaction Thermodynamics helps in evaluation of main thermodynamic parameters of a chemical reaction.  Application calculates the following parameters: - Standard free Gibbs energy, enthalpy and entropy from formation energy parameters. - Reaction quotient (Q) from concentrations, pressures and reaction stoichiometry. - Non standard energy parameters (dG, dH, dS) from standard ones, quotient and temperature. - Reaction equilibrium constant, Keq. - Van't Hoff relation to follow change in equilibrium constant with temperature assuming constant reaction enthalpy. List of Formulas: Quotient = Π(C, P) ΔGº = Σ(ΔGºf) ΔHº = Σ(ΔHºf) ΔSº = Σ(Sºf) ΔG = ΔH – TΔS ΔGº = - RTlnKeq Keq = e^(-ΔGº/RT) ΔG = ΔGº + RTlnQ ΔGº = ΔHº – TΔSº ΔHº = ΔGº + TΔSº ΔSº = (ΔHº - ΔGº)/T Keq2 = Keq⋅e^(ΔHº/R⋅(1/T1 - 1/T2))" Scrolling to the required formula and pressing run button initiates calculation according to the formula and set results in the appropriate fields ((dG°, dH°, dS°, Keq, dG, dH, dS, Keq2) and in the fields for standard parameters. Please pay attention to the parameters needed for solution of the formulas. If formation parameters are unknown, the standard parameters can be filled in directly. The default units are kJ/mole for dG and dH, kJ/Kmole for dS. Keq units depend on reaction stoichiometry and may be unitless or any mixture of Molar and atm. Important!!! If compound doesn't participate in equilibrium calculation (like in case of water in water solution or solid in gas phase reaction) please set concentration of the compound to 1 or set its stoichiometric coefficient to 0 (depends on case) to ensure proper Quotient calculations. Ask developer directly in case of a ambiguity. Reaction stoichiometric parameters and concentration/pressure units can be changed by pressing the corresponding fields. For further details please refer to www.volard.wordpress.com
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"Displacement Reaction" is a comprehensive chemistry lab experiment app designed for high school students. Embark on a guided journey to explore the fascinating world of displacement reactions with step-by-step protocols, interactive 3D models, and detailed explanations. Key Highlights: 1. Dive into the realm of displacement reactions 2. Tailored learning for high school students 3. Detailed 3D models and rotational views enhance understanding 4. Audio guide for comprehensive insights 5. Zoom functionality for closer examination Features: 1. Detailed 3D models with labeled apparatus 2. Informative audio guide 3. Rotational models for varied perspectives 4. Ideal for hands-on lab experiments 5. Interactive zoom functionality for detailed examination
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Comparaison des classements Reaction Thermodynamics vs. Displacement Reaction

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Reaction Thermodynamics VS.
Displacement Reaction

19écembre d, 2024