
Lägg till önskelistan
Introduction to Molecular Modeling in Chemistry Education e-bok
Pris
139 kr
Welcome to learn molecular modeling in chemistry education.
Molecular modeling is an essential tool for chemistry teachers. It can be used for anything from student-centred activities to teacher-oriented visualizations and evaluation.
This book offers theoretical insights and hands-on modeling activities. The goal is to learn how to implement molecular modeling in chemistry teaching. The exercises are performed using Edumol.fi web application, which is a free JSmol-JSME-based molecular mode...
E-Bok
139 kr
Pris
Förlag
Books on Demand
Utgiven
3 Juli 2017
Genrer
Naturvetenskap & Teknik, Fackböcker
Språk
English
Format
epub
Kopieringsskydd
Vattenmärkt
ISBN
9789526649948
Welcome to learn molecular modeling in chemistry education.
Molecular modeling is an essential tool for chemistry teachers. It can be used for anything from student-centred activities to teacher-oriented visualizations and evaluation.
This book offers theoretical insights and hands-on modeling activities. The goal is to learn how to implement molecular modeling in chemistry teaching. The exercises are performed using Edumol.fi web application, which is a free JSmol-JSME-based molecular modeling and visualization service.
Johannes Pernaa holds a Ph.D. in chemistry education (2011, University of Helsinki). Johannes is an entrepreneuer who is interested in all kind of ICT in chemistry education, especially molecular modeling and visualization. Johannes is also the main developer of the Edumol project.
Maija Aksela is a Professor and the Research Director of the Unit of Chemistry Teacher Education, Department of Chemistry, University of Helsinki. She is also the Director of the LUMA (STEM) Centre
of Finland and the LUMA Centre in the University of Helsinki.
Maija has over 30 years' experience of chemistry education.
She has published over 330 papers in the field.
Shenelle Pearl Ghulam is a chemisty teacher from Finland. Shenelle wrote her master's thesis on molecular modeling.