The Graph below shows how the degree of polymerization and melting temperature are related for polyethylene (data from Flory and Vrij, 1963). Using this graph determine (approximately) the following; (a) temperature at which polyethylene with molecular weight 561 g/mol melts. (b) temperature at which polyethylene with molecular weight 2,805 g/mol melts. (c) Explain in one line why melting temperature increases as the degree of polymerization rises.
The Graph below shows how the degree of polymerization and melting temperature are related for polyethylene (data from Flory and Vrij, 1963). Using this graph determine (approximately) the following; (a) temperature at which polyethylene with molecular weight 561 g/mol melts. (b) temperature at which polyethylene with molecular weight 2,805 g/mol melts. (c) Explain in one line why melting temperature increases as the degree of polymerization rises.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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The Graph below shows how the degree of polymerization and melting temperature are related for polyethylene (data from Flory and Vrij, 1963). Using this graph determine (approximately) the following;
(a) temperature at which polyethylene with molecular weight 561 g/mol melts.
(b) temperature at which polyethylene with molecular weight 2,805 g/mol melts.
(c) Explain in one line why melting temperature increases as the degree of polymerization rises.
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