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molecular modelling

A better way to see molecules
11 Apr 2022

A better way to see molecules

by Claire Hughes | posted in: Chemical Sciences, STEM In Action | 0
A new modelling system could make electron microscope pictures easy to understand. This resource is best suited to Year 8, 9 and 10 Chemistry students who are learning about elements, the periodic table and atomic structure. Word Count: 685 The … Continued
ACSHE134, ACSHE157, ACSHE158, ACSHE160, ACSHE191, ACSHE192, ACSHE194, ACSHE226, ACSHE230, ACSSU151, ACSSU152, ACSSU177, ACSSU186, AR-TEM, atomic number, Atomic resoulution transmission electron microscopy, Atoms, ball and stick model, careers in chemistry, Chemical Science, Chemical Sciences, Chemistry, compounds, CPK model, educational tool, electron microscope, mass number, model of a molecule, molecular modelling, periodic table, primary education, secondary education, TEM, Transmission electron microscopy, University of Tokyo, What does a molecule look like?, Year 10, Year 8, Year 9, ZC model
Glycine and dark chemistry in a lab as cold as space
25 Nov 2020

Glycine and dark chemistry in a lab as cold as space

by Deborah Devis | posted in: Chemical Sciences, Earth & Space Sciences, STEM In Action | 0
Making glycine without UV opens world of possibilities.   This interesting article describes a new discovery of glycine forming without UV light, which could hint to how it forms in space. It is suitable for Year 8, 9 and 10 … Continued
amino acids, amino acids in space, Are there elements in space?, asteroid, astrochemistry, Big Bang Theory, can new compounds form in space?, chemical reaction, Chemical Science, chemical techniques, Chemistry, Comet, compounds, dark chemistry, element, Elements, flourescence, glycine, glycine formation, How do compounds form in space?, how was glycine found on asteroids?, Is there life in space?, Is there life on comets?, low temperature chemical reaction, material, material chemistry, molecular modelling, oxygen, periodic table, resources for students, resources for teaching from home, science research, science researchers, Teacher resource, temperature, UV, What can we learn from comets?, where does life come from?, why do amino acids matter t life?, Year 10, Year 8, Year 9
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