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Título
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Intermolecular Forces and Molecules - Interactive Lecture Demonstration |
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Descripción
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This Interactive Lecture Demonstration Guide has the following goals. Students will be able to: • Use VSEPR theory to construct common molecules;
• Sketch electron density and identify partial charges based on molecule geometry and electronegativity; • Distinguish between bond and molecule dipoles; • Classify molecules as polar or non-polar; • Compare and contrast permanent and induced dipoles; • Identify hydrogen-bonding, and discuss its origin in terms of molecule geometry and electronegativity; • Explain properties, such as boiling or melting point, by considering different intermolecular forces; • Relate the relative strength of intermolecular forces with melting point or boiling point data, and with particle-level representations of substances at different temperatures; • Describe the dynamic particle motion in a liquid, including the arrangement and motion of molecules accompanying hydrogen-bonding and ion-dipole interactions; • Explain ion-pairing at the particle-level, and describe how this affects colligative properties. |
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Asignatura
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Química |
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Nivel
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Pregrado - Introducción |
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Tipo
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Demostración |
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Duración
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60 minutos |
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Respuestas incluidas
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No |
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Idioma
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Inglés |
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Palabras clave (etiquetas)
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Electrostatic potential, VSEPR, dipoles, electronegativity, intermolecular forces, ion-pairing, molecule geometry, partial charges, phase changes, polar and non-polar molecules |
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Simulación(es)
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Polaridad de la Molécula (HTML5), Polaridad de la Molécula, Formas de una Molécula (HTML5), Formas de la Molécula, Estados de la Materia (HTML5), Estados de la Materia, Estados de la Materia: Fundamentos (HTML5), Estados de la Materia:Básico, Soluciones de Azúcar y Sal |
