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-Collier H

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- JN

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Chain

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A branched block copolymer (I didn't have different colours so its the two sizes) - Esme H

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Tomo Ashley-Wilson

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My Paperclips were MIA but I had two sets of safety pins - the silver are strong carbon bonds and the gold are weak bonds designed to hold them together but still break down over time ala a biodegradable polymer. Twisting it into shape created a strong chain that could easily hold the weight of a cast iron pot.
Removing 1 bond to be a string made it much weaker - still able to hold it but barely - you can then see the damage to the 'weak' bond where the gold safety pins bent out of shape and would have broken had the chain been made entirely of gold safety pins. - Fiona E.

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Graphene is a single-atom thick layer of graphite with strong covalent bonds between each carbon atom. The atoms are arranged in hexagons. Its properties include: high melting and boiling points.

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Fin D

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Felix Fu

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ran out of paper clips of the same colour so i had to use a different colour

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Alice S

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Will C

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Roisin W

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Amy M

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zhi
Didn't have many colours, the short paperclips are different monomers

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I didn't have any paperclips so instead I used some Lego and string. I've labelled each different part of it according to what type of polymer it is.
-Ben Kendall

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Sophie W (ran out of paper clips for a third chain!)

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MODELLING POLYMERS BY KOUASSI CHRYSTELLE

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MODELLING POLYMERS BY KOUASSI CHRYSTELLE

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A polymer that uses several compounds

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MODELLING POLYMERS BY KOUASSI CHRYSTELLE

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Rivero GL (previous course)

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Emiliano GOS (previous course)

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González VGG (previous course)

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Isobel R (previous course)

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Some homopolymers, copolymers and Kevlar
Jessica D (previous course)

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Millie T (previous course)

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Alexandre P (previous course)

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Matheus P (previous course)

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Hannah W (previous course)

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Elizabeth R (previous course)

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(previous course)

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Didn't have any differently coloured paperclips, so had to do it with just metal clips.
- Ella B (previous course)

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(previous course)

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Mary P (previous course)

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Hannah G (previous course)

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Nathaniel V (previous course)

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Cameron F (previous course)

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Sophie B (previous course)

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Jasmine C (previous course)

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Aaron G (previous course)

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Megan G (previous course)

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Imogen H (previous course)

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(previous course)

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Nancy H (previous course)

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Cross-linked polymers, strength shown by their ability to hold an ethene monomer model!

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Cross-linked polymers, strength shown by their ability to hold an ethene monomer model!

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Jasmine S (previous course)

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LM (previous course)

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The eeDc team