Muddiest Points: Polymers I - Introduction

This video serves as an introduction to polymers from the perspective of muddiest points taken from materials science and engineering classes.
To download the slideset from this video, visit: www.slideshare....
To study the vocabulary from this video, visit: quizlet.com/211...
To review bonding concepts, visit: • Muddiest Point - Bonding
This work was supported by NSF Grants #0836041 and #1226325.

[@dannybockius2255]

She probably stopped making videos because she got sick of the creepy comments lol

[@HTIWConstruction]

These videos are great! I wish you would finish the polymer series!

[@jgod93]

Please continue to upload more videos! They're really helping me learn for my Intro to Material Science class.

[@Markicjusz]

You are a fantastic teacher.
Very clear presentation.
Great job!
Thanks.

[@TheAdoris]

The slide with Stress/Strain chart has errors in table -> Bakelite tensile strenght is ~62 (chart), and Polystyrene is ~36(chart). 25:26

[@jabels4479]

This is exactly what I was looking for. Very cool, thank you for your informative videos.

[@saadihabbab]

Many thans, very informative, it helped me a lot have an overall idea about polymers, God pless you, looking for more videos..

[@lolzaloud]

Thanks a lot for the video. This has helped a lot to get a general understanding to help me during my paper.

[@LowyEstefano]

i love your voice
great job

[@riio15]

Thanks a lot, that really helped,, i wish u continued your videos they are organized n pleasant to hear~ wishing u the best with your life

[@stemegapolymeredusud8692]

thank you very much for your information continue with another videos you are great

[@ernestjeong8339]

So much better than how my professor organised and explained the topics...

[@ShukokaiStu]

This is a great explanation, thank you very much. 😁👍

[@TheMudfly80]

seems weird to me thermoset cross linked ones have a lower melting point than amorphous linear polymers

[@mushroom4615]

Nice thanks this was just what I needed.

[@hamadk3]

Excellent presentation. How to get soft copy of this presentation ?

[@Bollibompa]

"This will be covered in the next video."

[@bradenkoh7147]

super awesome! super helpful!

[@mohamedabdelhamid5327]

Ouh how much i missed ur voice, even though i have finished my materials course

[@pooya130]

Hi, great videos. How come you stopped?

[@mohamedsaeed932]

you're the best.

[@simba6964]

you have more videos on a certain site or is this all of it?

[@JuanZapatacol]

career saving

[@hitzz48]

Muchas gracias por el video,he aclarado muchas dudas que tenia!!!

[@nigelfernandez4722]

Please make more

[@sajadkarimi1828]

very nice vids. keep it up

[@Gnuitenjong]

MaterialsConcepts > Budinski ;-)

[@abdelbassethedhli5916]

Realy very good video ...

[@surendraranasinghe1891]

like it

[@bennazhajamal3260]

GREAT ....WE NEED MORE....THANK YOU...

[@nematshahrouei5230]

Tanks a lot for these lectures

[@davidcoven]

Keep doing videos!

[@janezhan900]

what's %EL?

[@letthelightin]

% elongation

[@Kirbythediver]

Glad you're not my professor. I wouldn't be able to keep my mind away from fantasizing about being kept after class 😏