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Using computational methods to teach chemical principles

Bibliographic Details
Corporate Authors: American Chemical Society Division of Chemical Education, American Chemical Society Meeting ( 2017, Washington, D.C.)
Other Authors: Grushow, Alexander (Editor), Reeves, Melissa Setsuko (Editor)
Format: eBook
Language:English
Published: Washington, DC American Chemical Society 2019, 2019
Series:ACS symposium series
Subjects:
Experiential Learning
Ammonia / Pharmacology
Enthalpy / Measurement / Methodology
Gas Laws (physical Chemistry) / Study And Teaching
Ammonia / Chemical Synthesis
Chemistry / Mathematical Models / Study And Teaching
Molecular Dynamics / Computer Simulation
Learning By Discovery
Quantum Chemistry
Chemistry, Organic / Study And Teaching
Chem Compute (online Database) / Study And Teaching
Gases / Pharmacokinetics
Cognitive Learning
Laboratories
Chemistry / Study And Teaching (higher) / Aids And Devices
Reaction Mechanisms (chemistry) / Models
Chemometrics / Study And Teaching
Webmo (online Database) / Study And Teaching
Science / Study & Teaching / Bisacsh
Thermodynamics
Chemical Laboratories / Study And Teaching
Chemistry / Curricula
Chemistry / Mathematics / Study And Teaching
Molecular Dynamics / Study And Teaching
Ammonia / Synthesis / Mechanism Of Action
Process-oriented Guided Inquiry Learning
Chemistry / Study And Teaching (higher)
Acetylene / Spectra / Analysis / Methodology
Molecular Dynamics Simulation
Chemistry, Analytic
Noble Gases / Analysis
Narrative Inquiry (research Method)
Acetylene / Analysis
Chemistry, Physical / Education
Chemical Laboratories / Curricula
Gases, Rare / Analysis
Problem-based Learning
Chemistry / Study And Teaching
Integration (theory Of Knowledge)
Chemistry, Physical And Theoretical / Study And Teaching / Computer Programs
Science / Chemistry / Computational & Molecular Modeling / Bisacsh
Kinetic Theory Of Gases
Chemistry / Education
Online Access:
Collection: ACS Symposium Series - Collection details see MPG.ReNa
Description
Item Description:Distributed in print by Oxford University Press
Physical Description:277 pages illustrations
ISBN:9780841234178

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