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Software simulador de procesos químicos a nivel molecular Odyssey - Lic p/1 puesto de trabajo Pasco - SE-7160-UNI
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- Simulación fina de procesos químicos por métodos de control numérico
- Representación y animación completa en 3D: vibración, rotación y choques, disolución, difusión, etc.
- Es posible cambiar parámetros (p. ej. temperatura) y observar los resultados
- Incluye generación de histogramas de estado
- Incluye 75 experimentos virtuales y un diccionario estereoquímico 3D de casi 1000 compuestos
- Importante: todo el software está en INGLES
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Chemical Matter
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- Characterizing the Physical States of Bromine and Chlorine
- Examining Two-Dimensional Models for the States of Matter
- Classifying Chemical and Physical Properties
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Thermochemistry
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- Measuring the Specific Heat
- Factors That Affect the Thermal Energy
- The Reaction Energetics of Nitroglycerin
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Atoms and Periodicity
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- Nuclei and Electrons in Atoms
- Examining the Electron Cloud of an Atom
- Comparing s- and p-Orbitals
- The Structure of an Atom with d-Orbitals
- The Ionic Radius for Different Oxidation States
- Comparing the Size of Isoelectronic Ions
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Chemical Bonding
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- Covalent Bonding in Chlorine and Nitrogen
- Ionic Bonding in Magnesium Chloride
- Classifying Diatomic Molecules by Bond Polarity
- Compounds with Polyatomic Ions
- Resonance of Carbonate Ion and Ozone
- Predicting and Analyzing Molecular Shapes
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Gases
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- Measuring Gas Pressure
- Temperature Scales in Chemistry
- Standard Temperature and Pressure
- Comparing the Density of Liquids and Gases
- Particle Trajectories in the Gas Phase
- How Often Do Gas Molecules Collide?
- The Ability of Gases to Mix
- The Pressure-Volume Relationship for Gases
- The Pressure-Temperature Relationship for Gases
- How Fast Do Gas Molecules Move?
- Mean Speed and Temperature
- The Distribution of Kinetic Energies
- The Maxwell-Boltzmann Distribution of Speeds
- Speed Distribution and Temperature
- Speed Distribution and Molar Mass
- The Effusion of Gas Mixtures
- The Behavior of Gases at High Pressure
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Liquids and Solids
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- Comparing Molecular Motion in the Three States of Matter
- Fundamental Characteristics of Solids
- Translational and Rotational Motion in Liquids
- Kinetic and Cohesive Energy in the Three States of Matter
- Probing Dipole-Dipole Forces
- Experimenting with Ion-Dipole Forces
- Structure and Dynamics of Liquid Water
- Hydrogen Bonding in Mixtures
- Bonding in Crystalline Solids
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Solutions
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- Specifying the Concentration of a Dissolved Pesticide
- Solvation in Aqueous Ionic Solutions
- The Hydration Energy of Simple Cations and Anions
- Hydration Energy and Ionic Charge
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Acids and Bases
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- Molecular Structure and Acid Strength
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Kinetics
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- Reactive Collisions between Molecules
- Examining a Reaction Mechanism
- Finding the Rate Law of a Reaction
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Equilibria
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- Chemical Equilibrium and Temperature
- Chemical Equilibrium and Pressure
- Chemical Thermodynamics
- The Entropy of the Phases of Iodine
- Temperature Dependence of the Entropy of Gases
- Transition Metal Complexes
- Identifying Stereoisomers
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Organic Chemistry
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- The Bonding Characteristics of Carbon
- Structure and Properties of Straight-Chain Alkanes
- Isomers of Saturated Hydrocarbons
- Isomers of Unsaturated Hydrocarbons
- Structure and Stability of Cycloalkanes
- The Properties of Ethene and Ethyne
- The Stability of Benzene
- Identifying Functional Groups
- Structure and Hydrogen Bonding of Alcohols
- The Strength of Carboxylic Acids
- Structure and Properties of Esters
- Describing a Nucleophilic Substitution
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Biochemistry
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- The Structure of Amino Acids
- Building a Model of a Protein
- Examining Models of Starch
- The Chemical Composition of DNA
- The Structure of Nucleotides
- Building a Model of DNA
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Diccionario Estereoquímico Incluido (idioma Inglés)
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Otros apoyos didácticos para Química
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