Wikipedia:Wiki Ed/The University of British Columbia/CHEM 300 (Fall 2024)

This Course

Wikipedia Resources

Interactive training

Editing guidelines (PDF)

Help pages (PDF)

More resources

Connect

Other courses

Questions? Ask us:

contactwikiedu.org

Course name: CHEM 300

Institution: The University of British Columbia

Instructor: Chris Addison

Wikipedia Expert: Ian (Wiki Ed)

Subject: Chemistry

Course dates: 2024-09-04 00:00:00 UTC – 2024-12-06 23:59:59 UTC

Approximate number of student editors: 52

CHEM 300 is a third-year course on communicating chemistry that is taken by our undergraduate chemistry students. The course focusses on written communication skills, oral communication skills, scientific reasoning skills, science & the scientific literature, and professional skills. In our course, we teach students to really think about the context and audience for which they are communicating. In our Wikipedia assignment, students will take ownership of a Wikipedia article on a topic of their choosing, to augment the body of knowledge available to the public. In this way, they will work to take their disciplinary knowledge and communicate in a way that is meaningful and useful to the public.

Student	Assigned	Reviewing
GreyAvocado	Stereochemistry	Atmospheric Chemistry, Periodic trends
Jinjin055	Reductive amination	Coulometry, Particle technology
ChemicallyNerdy88467	Solid-state nuclear magnetic resonance	Chemical synthesis, Boiling-point elevation
Eeguale	Halogenated ether	Henderson–Hasselbalch equation, Halide
Cathz04	Solid-state nuclear magnetic resonance	Valence bond theory, Β-Hydride elimination
DerekDong135	Aminophosphine	Ring-opening metathesis polymerisation, Stereochemistry
Mhodgkin17	Particle technology	Halogenated ether, Solid-state nuclear magnetic resonance
Ascaridole	Valence bond theory	Standard solution, Solid lipid nanoparticle
Anonchemwriter	Ion-selective electrode	Hemiacetal, Reductive amination
PGChem 300	Ion-selective electrode	Organolanthanide chemistry, Aminophosphine
Jaskaran33	Recrystallization (chemistry)	Valence bond theory, Ion-selective electrode
PrevailingChemist	Chemical Synthesis	Differential refractometer, Silylation
Dorothy Yuan	Organolanthanide chemistry	Carbohydrate synthesis, Chemical synthesis
SillyUsername420	Hemiacetal	Recrystallization (chemistry), Atmospheric Chemistry
Anonchemist	Chemical synthesis	Periodic trends, Coulometry
Pestogreen	Coulometry	Particle technology, Chemical synthesis
ZoeSalinas01	Ring-opening metathesis polymerisation	Boiling-point elevation, Henderson–Hasselbalch equation
Caelem Claire	Recrystallization (chemistry)	Halide, Valence bond theory
Rhian07na	Solid lipid nanoparticle	Β-Hydride elimination, Ring-opening metathesis polymerisation
Carbon20	Standard solution	Stereochemistry, Halogenated ether
Tianalee46	Atmospheric chemistry	Solid-state nuclear magnetic resonance, Standard solution
VeryCatIonic	Differential refractometer	Solid lipid nanoparticle, Hemiacetal
LeoKW	Boiling-point elevation	Reductive amination, Organolanthanide chemistry
Catalyst King	Valence Bond Theory	Aminophosphine, Ion-selective electrode
TomathanChem	Solid lipid nanoparticle	Valence bond theory, Differential refractometer
Michaelmok1010	Boiling-point elevation	Silylation, Carbohydrate synthesis
Jz8123	Organolanthanide chemistry	Chemical synthesis, Recrystallization (chemistry)
SwangoPrism	Carbohydrate synthesis	Atmospheric Chemistry, Periodic trends, Atmospheric chemistry
Amy515	Β-Hydride elimination	Coulometry, Particle technology
Erowlandson1	Henderson–Hasselbalch equation	Chemical synthesis, Boiling-point elevation
K.michelberger	Coulometry	Henderson–Hasselbalch equation, Halide
Chaccocat	Periodic trends	Valence bond theory, Β-Hydride elimination
Royhe62	Chemical synthesis	Ring-opening metathesis polymerisation, Stereochemistry
Keirav	Henderson–Hasselbalch equation	Halogenated ether, Solid-state nuclear magnetic resonance
Enderrkingg	Atmospheric chemistry	Standard solution, Solid lipid nanoparticle
Aliaksands	Silylation	Hemiacetal, Reductive amination
MAPugh	Silylation	Organolanthanide chemistry, Aminophosphine
Chloeczhou	Halogenated ether	Valence bond theory, Ion-selective electrode
Nicl0728	Stereochemistry	Differential refractometer, Silylation
Nj121	Hemiacetal	Carbohydrate synthesis, Chemical synthesis
Alei128	Β-Hydride elimination	Recrystallization (chemistry), Atmospheric Chemistry
CAhAeAm4914	Particle technology	Periodic trends, Coulometry
Saulkc	Halide	Particle technology, Chemical synthesis
WwikiS	Differential refractometer	Boiling-point elevation, Henderson–Hasselbalch equation
Kai3BC	Ring-opening metathesis polymerisation	Halide, Valence bond theory
Wppreen	Chemical synthesis	Β-Hydride elimination, Ring-opening metathesis polymerisation
Nidhidanda28	Halide	Stereochemistry, Halogenated ether
3RICtionYT	Aminophosphine	Solid-state nuclear magnetic resonance, Standard solution
JakePG7	Halide	Solid lipid nanoparticle, Hemiacetal
Rubinedits	Reductive amination	Organolanthanide chemistry, Aminophosphine
Angelabyl	Standard solution	Reductive amination, Valence bond theory
SClunie	Carbohydrate synthesis	Ion-selective electrode, Differential refractometer
Twllo	Periodic trends	Silylation, Carbohydrate synthesis