the video helped me a lot. thank a lot sir. one thing i have to mention that is your talking and explaining speed is fast, some of the areas i had a hard time to catch up because not everyone is native speakers in English. sir please consider this
At 2:57, shouldn't the chain length be on the X-axis and the frequency be on the Y-axis? Then the graph would help identify the most frequent chain length.
This are better represented at 14:33 . Thank you so much for making this available! You really sparked my interest and made me explore and learn a lot in the process.
Superb explaination
please make part 2, great vedio.
the video helped me a lot. thank a lot sir. one thing i have to mention that is your talking and explaining speed is fast, some of the areas i had a hard time to catch up because not everyone is native speakers in English. sir please consider this
Extremely helpful for chemical engineering students, please consider making a part 2.
Pleaseee we need part 2!😢
This video helped me out a lot thanks!
Glad it helped!
I am greatful for this.
thanks sir for creating this best video on polymers.😍😍😍😍😍😍
Thank you so much! Im glad you find the content helpful!
At 54:26 the final Mn (number average mol. wt.) is evaluated wrong. It is 132,825 g/mol (=2750*48.37 g/mol) and not 2418.33 g/mol
At 2:57, shouldn't the chain length be on the X-axis and the frequency be on the Y-axis? Then the graph would help identify the most frequent chain length.
This are better represented at 14:33 . Thank you so much for making this available! You really sparked my interest and made me explore and learn a lot in the process.
Also at 20:18
Also at 2:57, the definition of Number average mol. wt. is wrong: the RHS should be Avg. chain length * M_w_monomer_unit
The average chain length is also known as the Degree of Polymerization.
At 14:33 things are all correct. That would be the right definition.
may i get to know what software you are using sir?